Single Frequency Lasers

Keywords: DPSS Laser,Single Frequency, seed laser

Mar 06, 2021 View: 12130 Data Sheet

We are the only company whose Continuous Wave Single Frequency DPSS Lasers uniquely perform at any wavelength within the range from NIR to UV from just a single technology platform.

Submit Inquiry +65 63167112 sales@sintec.sg

SPZ Series Single Frequency Fiber Lasers

Product Range (Laser power vs laser wavelength)

KEY TECHNOLOGIES

High power narrow linewidth fiber amplifier

With excellent SBS and relative intensity noise suppression technology, fiber amplifier with up to 120 W power, excellent relative intensity noise and wide wavelength range covering (1010-2051nm) could be achieved.

Ultra-narrow linewidth DFB fiber laser

A distributed feedback fiber grating is written on a gain fiber to generate single frequency laser with ultra-narrow linewidth. The excellent long-term stability of the seed laser without mode hopping is achieved by utilizing unique packaging technology.

Frequency conversion with high power and efficiency

High efficiency frequency converted laser extend the wavelength coverage of fiber lasers to visible, ultra violet and even Mid-IR. The stable single pass frequency conversion and high power resonant frequency conversion make fiber laser based single frequency laser more suitable for various industrial application

High performance pulsed fiber laser

With knowledge in nonlinear fiber optics, highly reliable ultrafast fiber lasers are developed. With high speed electrical technology, stable nanosecond laser at IR, visible and UV could be supplied.

TYPICAL APPLICATIONS

Ultra-Narrow linewidth fiber DFB laser: seed source for high power laser, beam combination, laser radar etc.
High power single frequency fiber laser: optical lattice, quantum precision measurement, atom cooling etc.
High efficiency frequency conversion laser: narrow linewidth visible light for quantum application, ultraviolet laser for semiconductor inspection, Mid-IR laser for gas sensing etc.
High performance pulsed fiber laser: ultrafast laser precision machining, optical imaging, seed frequency comb, THz etc.

We have single frequency seed fiber lasers, amplified lasers, frequency-converted lasers and specified lasers to be described as follows.

1. SPZ Series Seed Lasers

1.1 Distributed Feedback Single Frequency Fiber Laser

Low-Linewidth, Low-Noise, No Mode-Hopping, Wavelength Tunable, Linear-Polarization

Single-frequency fiber laser has the greatest advantage of high-purity single-frequency laser outputting with narrow-linewidth. Single-frequency fiber laser offered by us uses the technology of distributed feedback to generate linearly polarized single frequency laser in an all-fiber structure. The single-frequency operation is stable and efficient by adopting unique side frequency suppression technology. A special assembly structure is also used to isolate the impact of external environmental vibration and temperature changes, thereby effectively improving the long-term stability on frequency and narrowing the linewidth. Also in this way, the laser mode will never be hopped. At present, the average output power is greater than 10 mW, 40 mW and 10 mW at the band of 1 μm, 1.5 μm and 2 μm, respectively. The output wavelength is flexible and the linewidth is always less than 20 kHz. The wavelength thermal tuning range is as high as 0.8 nm and the fast frequency tuning range can reach 3-5 GHz. The laser also has good power stability (RMS<0.5% @3 hrs) and excellent beam quality (M2 <1.05). Therefore, the single frequency fiber laser offered by us is the best choice for cold atom physics, high power laser system, sensing and lidar applications.

Distributed Feedback Fiber Laser:

Features:

Excellent shock resistance and high and low temperature resistance
Low Linewidth (<20 kHz), <3KHz is optional
Never mode hopping, large tuning range without mode hopping
Narrow linewidth (<20 kHz), <3 kHz is optional

Applications:

Cold Atom Physics
Precision Measurement
Spectral Beam Combining
Coherent Communication

(1) Yb doped Single Frequency Fiber Laser

Ultra-narrow linewidth, low noise, no mode hopping, tunable, linear polarization

Model	SPZ-1XXX-YFL-SF-S
Central Wavelength, nm	1018-1064-1156
Linewidth, kHz	<15 or <3
Output Power, mW	>10
Thermal Wavelength Tuning Range, nm	0.6
Fast Frequency Tuning Range (Option), GHz	>3
Fast Frequency Tuning Bandwidth (Option), kHz	>5
Optical S/N, dB	>50
Polarization, dB	Linear, PER>20
RMS Power Stability	<0.5% @3hrs
Beam Quality	TEM00, M2<1.1
Peak of RIN, dBc/Hz	<-110
Output Connector	FC/APC
Dimensions, mm³	210×118×33
Power Supply	12V DC/1A
Power Consumption, W	<12

Remark: wavelength can be customized

(2) Er doped Single Frequency Fiber Laser

Ultra-narrow linewidth, low noise, no mode hopping, tunable, linear polarization

Model	SPZ-15XX-EFL-SF-S
Central Wavelength, nm	1530-1560-1596
Linewidth, kHz	<2 or <1
Output Power, mW	>40 (1530-1580 nm) >10 (1580-1596 nm)
Thermal Wavelength Tuning Range, nm	0.8
Fast Frequency Tuning Range (Option), GHz	>3
Fast Frequency Tuning Bandwidth (Option), kHz	>5
Optical S/N, dB	>50
Polarization, dB	Linear, PER>20
RMS Power Stability	<0.5% @3hrs
Beam Quality	TEM00, M2<1.1
Peak of RIN, dBc/Hz	<-110
Output Connector	FC/APC
Dimensions, mm³	210×118×33
Power Supply	12V DC/1A
Power Consumption, W	<12

Remark: wavelength can be customized

(3) Tm doped Single Frequency Fiber Laser

Ultra-narrow linewidth, low noise, no mode hopping, tunable, linear polarization

Model	SPZ-XXXX-TFL-SF-S
Central Wavelength, nm	1730-2051
Linewidth, kHz	<15
Output Power, mW	>10
Thermal Wavelength Tuning Range, nm	0.6
Fast Frequency Tuning Range (Option), GHz	>3
Fast Frequency Tuning Bandwidth (Option), kHz	>5
Optical S/N, dB	>50
Polarization, dB	Linear, PER>20
RMS Power Stability	<0.5% @3hrs
Beam Quality	TEM00, M2<1.1
Peak of RIN, dBc/Hz	<-120 from 1kHz-10MHz
Output Connector	FC/APC
Dimensions, mm³	483×480×66
Power Supply	12V DC/1A
Power Consumption, W	<50

Remark: wavelength can be customized

1.2 Fixed External Cavity Diode Laser

Ultranarrow linewidth, Low intensity noise, No mode hopping, Tunable

Compared with the traditional external cavity diode laser, FECL (fixed external cavity diode laser) has no movable elements in the structure. Thus it is able to work under heavy environment temperature variation and vibration, still free of mode-hop. Adopting optical communication diode laser packaging technology, we developed FECL in a tiny butterfly-package. Meanwhile with the low-noise and high modulation-bandwidth driver, We FECL shows ultra-narrow linewidth (< 10 kHz), ultralow intensity noise (<-150 dBc/Hz @100 kHz), and large modulation bandwidth (> 5MHz). FECL is widely used in aeras like transportable atomic clock, and gravity meter, optical lattice, radar, coherent optical communication, high-precision optical sensing, quantum metrology.

Types	Fiber DFB	Fixed-ECDL
Linewidth, kHz	< 2	< 10
Thermal Tuning Range	0.8(nm)	10(GHz)
Fast Tuning Range, GHz	3	0.8
Tuning bandwidth	>3(kHz)	>5(MHz)
Tuning method	PZT	Current
Mode hopping	Free	Free

Model	SPZ-15XX-FECL-XX
Central Wavelength1, nm	1530-1590
Linewidth, kHz	<10 or <5
Output Power, mW	>10
Thermal Wavelength Tuning Range, GHz	>10
Fast Frequency Tuning Range, GHz	0.8
Fast Frequency Tuning Bandwidth (Option), MHz	>5
Optical S/N, dB	>50
Polarization, dB	Linear, PER>20
RMS Power Stability	<0.5% @3hrs
Beam Quality	TEM00, M2<1.1
RIN (>10 kHz, dBc/Hz) RIN@ 10 kHz, dBc/Hz	<-145
Output Connector	FC/APC
Dimensions, mm³	133x83x25
Power Supply	5V DC/2A
Power Consumption, W	<10

Remark: wavelength can be customized

1.3 Ultrafast Laser

(1) Ultra-stable Picosecond Fiber Laser

Industrial grade ultra fast laser seed source excellent solution

The ultra-stable picosecond fiber laser offered by us is an excellent seed source for industrial-grade ultrafast laser applications. It has the advantages of fiber lasers: small size, no need for thermal management, and good beam quality. The central wavelength of the ultrafast fiber laser is 1064 nm and the repetition rate can be from 20 to 30 MHz. The temporal pulse width can be less than 10 ps and the spectral width is less than 0.5 nm. The maximum pulse energy can be up to 400 nJ. By utilizing a unique nonlinear technology to achieve mode locking, the ultrashort pulse not only has good long-term stability, but also can withstand 0-45 ℃ operating environment. The laser also has excellent performance on self-starting of mode-locking, which can achieve more than 100,000 consecutive self-starts, and most of the startup time is less than 2 s.

Key Features:

Narrow pulse width, narrow spectrum (< 0.5 nm)
Ultrafast imaging
Excellent beam quality
Linear polarization
Good power stability, Applications

Applications:

High power ultrafast laser seed source
Super fast imaging
Precision measurement
Optical frequency comb

Model	SPZ-1064-8-YFL-PS-X	SPZ-1064-12-YFL-PS-X	SPZ-1064-12-YFL-PS-XX
Central Wavelength,nm	1064 nm
Pulse Width, ps	~8	~12	~12
Pulse Energy, nJ	0.3-3	0.3-3	Maximum 400
Average Power, mW	6-60	6-60	Maximum 10000
Maximum Peak Pulse Power, W	350	250	Maximum 30000
Spectral Width, nm	<0.5	<0.5	<5
Repetition Frequency, MHz	20-30(Pulse picker is optional)	20-30(Pulse picker is optional)	20-30(Pulse picker is optional)
Polarization	linear polarization, > 100: 1	linear polarization, > 100: 1	linear polarization, > 100: 1
Power Stability	<1% RMS@3hrs	<1% RMS@3hrs	<1% RMS@3hrs
Beam Quality	M2< 1.1, TEM00	M2< 1.1, TEM00	M2< 1.2, TEM00
Output Connector	Fiber Patchcord or Collimator	Fiber Patchcord or Collimator	Fiber Patchcord or Collimator
Dimension	225×120×40 mm without pulse picker 220×142×45 mm with pulse picker	225×120×40 mm without pulse picker 220×142×45 mm with pulse picker	483×423×133 mm
Power Supply	12V DC/1A	12V DC/1A	220 V AC

2. SPZ Series Single Frequency Fiber Amplifier

High Power, Single Frequency, Wide Wavelength Range

We dedicate to the research and development of precision fiber lasers for scientific research and emerging new areas. We offer the high power fiber amplifier for the low power and narrow linewidth seed laser amplification. There are 4 types amplifiers to cover the lasing wavelength from 976 to 2050nm.

YFA-SF: Single frequency Ytterbium-doped fiber amplifier;
EFA-SF: Single frequency Erbium-doped fiber amplifier;
TFA-SF: Single frequency Thulium-doped fiber amplifier;
RFA-SF: Single frequency Raman fiber amplifier;

With the unique SBS suppression, heat dissipation and ultrafast protection technology, our single frequency fiber laser is much more stable and compact than conventional lasers on today's market and is ideal for applications in optical lattice, optical traps, optical tweezers and so on.

Key Features:

Low Intensity Noise Narrow Linewidth
No Mode Hopping
Good Beam Quality (M² <1.2)
High Power (up to 130 W)
Short & Long Term Stability of the Wavelength

Applications:

Cold Atom Physics
Spectral Beam Combining
Precision Measurement
Coherent Communication

List of Single Frequency Fiber Amplifiers:

Ultra-Low Intensity Noise: With optimized low noise pump driver, our single frequency Yb-doped, Er-doped and Tm-doped fiber amplifier could have ultra-low intensity noise (<0.03%@10Hz-10MHz))
Active Power Stability: With high precision PID controller, We could offer output power stability to be less than (rms)<0.3% without any impact of the relative intensity noise.
Fast Seed Laser Protection: The amplifier could stop the pump laser in short time to keep the amplifier safe in case of dead seed.
Long fiber pigtail: With special nonlinear effect suppression technology, the high power single frequency laser maintain excellent beam quality and high output power (up to 130W) .

Model	Wavelength, nm	Output Power, W	Power stability(1)	Beam Quality	Low RIN(2)	Cooling
SPZ-XX-YY-ZZ-YFA-SF	976-978 1010-1110	1-100	Yes	M2 <1.15	Yes	Water/Air
SPZ-XX-YY-ZZ-EFA-SF	1535-1596	1-50	Yes	M2<1.1	Yes	Water/Air
SPZ-XX-YY-ZZ-TFA-SF	1900-2100	1-50	Yes	M2 <1.15	Yes	Water/Air
SPZ-XX-YY-ZZ-RFA-SF	1100-1530 1640-1700	1-30	Yes	M2<1.1	No	Water/Air

Remark:

Users can choose to match the “Power stability” function, this function can ensure that the output power has a perfect power stability
Users can choose to match the "low noise" function, this function can ensure that the output laser has a very low RIN.
XX: The center wavelength; YY: The maximum output power; ZZ: The Working modes.

2.1 High Power Single Frequency 1064 nm Fiber Laser

Continuous, High Power, Ultra Low Rin, Narrow Linewidth, Tunable

We offer a high-power (up to 130 W), low intensity noise, narrow linewidth highly reliable fiber laser for the optical lattice application. It is a combination of an all-fiber Ytterbium amplifier and an ultra-narrow linewidth ECDL laser at 1064 nm. The intensity noise of the laser is < -140 dBc/Hz from 10 kHz to 10 MHz. The full protection system of the laser ensures long-term free of maintenance and long life time. The laser occupies only a The laser is compact and robust, which only occupies an area of 300*240 mm2.

Key Features:

Low Intensity Noise (-140 dBc/Hz @100 kHz)
Narrow Linewidth (<10 kHz)
Good Beam quality (M² <1.2)
High Power (up to 130 W)
Operation in harsh conditions
Compact Size

Applications:

Pump laser for OPO
Optical Lattice
Optical Traps
Optical Tweezers
Fundamental laser for 532 nm laser
Holography & Interferometry
High Resolution Spectroscopy

Model	SPZ-XX-YY-ZZ-YFA-SF
Central Wavelength, nm	1064±10
Output Power, mW	10	30	50		100	130
Seed Laser Power, mW	>10
Linewidth FWHM, kHz	Down to 5 kHz
Operation Mode	CW
RIN, dBc/Hz	RMS integration: <0.03% (10Hz-10 MHz)
Beam Quality	TEM00, M2<1.15
PER, dB	>23
RMS Power Stability	<0.5% @3hrs
Output	Collimated Fiber output
Cooling	Air Cooling			Water Cooling
Power Supply	50-60Hz, 100-240VAC

Remark: XX: Central Wavelength; YY: Output Power; ZZ: Operation Mode

2.2 High Power Single Frequency Yb-doped Fiber Laser

Continuous, High Power, Ultra Low Rin, Narrow Linewidth, Tunable

We offer a 1010-1120 nm Ytterbium-doped fiber amplifier with innovative ASE suppression technology. Maximum output power reaches up to 130 W for a single-frequency operation. The lasers have ultra-low intensity noise, which makes them ideal light sources for the applications like optical lattice and laser atoms cooling. The full protection system of the laser ensures long-term free of maintenance and long-life time.

Key Features:

Compact in size
Excellent long time stability
Good beam quality (M² <1.1)
Operation in harsh conditions

Applications:

Source for frequency doubling
Mid-Infrared pump laser
Neutron Source of Solid State Laser
Biomedical research

Model	SPZ-XX-YY-ZZ-YFA-SF
Wavelength, nm	976-978	1010-1020	1020-1080	1080-1100	1100-1120
Output Power, W	8	10	100	30	10
Linewidth, kHz	3 kHz
Operation Mode	CW
RIN, dBc/Hz	RMS integration: <0.05% (10Hz-10 MHz)
Beam Quality	TEM00, M2<1.15
Polarization, dB	>23
RMS Power Stability	<0.5% @3hrs ; <0.3% @3hrs
Output	Collimated Fiber output
Cooling	Air/Water
Power Supply	50-60Hz, 100-240VAC

Remark: XX: Central Wavelength; YY: Output Power; ZZ: Operation Mode

2.3 High Power Single Frequency Er-doped Fiber Laser

Continuous, High Power, Ultra Low Rin, Narrow Linewidth, Tunable

The erbium-doped single-frequency fiber amplifier can be divided into two versions according to different output power. The low-power version has a maximum output power of 15W with extremely low noise and RIN below -140 dBc/Hz (100 kHz). The high power version has a maximum output of 40W. It can be used for remote interferometry, coherent communication, and atomic physics after frequency doubling. The amplifier remains mode hopping- free and stable under wide temperature variation and high mechanical vibration, which is great for frequency locking. The fiber laser is an optimal solution for applications in outdoor harsh conditions.

Key Features:

Narrow Linewidth (<1 kHz)
Support Seed built-in, Tunable
Extremely Low Intensity Noise (RIN -140 dBc/Hz @100 kHz)
Excellent Beam Quantity (M² <1.1)
Seed Power off Protection System

Applications:

Optical Communication
Laser Lidar
Pump Laser for Frequency Doubling
Interferometry
Pump Laser for OPO

Model	SPZ-XX-YY-ZZ-EFA-SF
Central Wavelength, nm	1535-1605
Output Power, W	15	40
Seed Laser Power, mW	>1	>1
Linewidth FWHM, kHz	Down to 1 kHz
Operation Mode	CW	CW
RIN, dBc/Hz	RMS Integration:<0.05% (10Hz-10MHz)	RMS Integration: <0.2% (10Hz-10 MHz)
Beam Quality	TEM00, M2<1.1
Polarization, dB	>20	>20
RMS Power Stability	<0.5 %@3hrs
Output	Collimated output
Cooling	Air Cooling	Water Cooling

Remark: XX: Central Wavelength; YY: Output Power; ZZ: Operation Mode

2.4 Single frequency Tm-doped Fiber Laser

Continuous, High Power, Ultra Low Rin, Narrow Linewidth, Tunable

We offer 1700-2050 nm Tm-doped fiber amplifier with innovative ASE suppression technique. Maximum output power reaches up to 40 W for single-frequency operation. The lasers have ultra-low intensity noise (RIN<0.05%, 10Hz-10MHz) and excellent beam quality (M² <1.15), which makes them ideal light sources for the applications like optical lattice, laser atom cooling and biomedical. The full protection system of the laser ensures long-term free of maintenance and long-life time.

Key Features:

Narrow Linewidth
Support Seed built-in, Tunable
Low intensity noise
Good beam quality (M² <1.2)
Seed Power off Protection System

Applications:

Pump Laser for frequency converteds
Laser Lidar
Biomedical
Laser cooling of atoms
Pump for mid-IR OPO

Model	SPZ-XX-YY-ZZ-TFA-SF
Central Wavelength, nm	1700-1800	1800-1900	1900-1940	1940-2050
Output Power, W	2	10	20	40
Seed Laser Power, mW	>1
Linewidth FWHM, kHz	~10 kHz
Operation Mode	CW
Beam Quality	TEM00, M2<1.15
PER, dB	>20
RMS Power Stability	<0.5 %@3hrs
Output Connector	Collimated output
Cooling	Air Cooling/Water Cooling
Power Supply	50-60Hz, 100-240VAC

Remark: XX: Central Wavelength; YY: Output Power; ZZ: Operation Mode

2.5 Single Frequency Raman Fiber Laser

Stabilization, Compact, Excellent beam quality

We offer 1120-1700 nm Raman fiber amplifiers to overcome the limited emission spectral region of the rare-earth-doped fiber amplifiers. The maximum output power can reach up to 30 W for single-frequency operation. Meanwhile, the amplifier use all-polarization-maintaining design, which makes them compact in size and long term stable. They are designed for the applications like laser atomic cooling and laser spectroscopy etc.

Key Features:

Narrow Linewidth
Wide wavelength range
Low intensity noise
Good beam quality (M² <1.2)
Seed Power off Protection System

Applications:

Optical Communication
Laser Lidar
Interferometry
Source for frequency doubling
Pump Laser for OPO

Model	SPZ-XX-YY-ZZ-RFA-SF
Central Wavelength, nm	1120-1340	1340-1530	1640-1700
Output Power, W	30	15	5
Seed Laser Power, mW	>10
Linewidth FWHM, kHz	Determined by the seed laser. The amplifier linewidth is <100 Hz
Operation Mode	CW
Beam Quality	TEM00, M2<1.15
Polarization, dB	>20
RMS Power Stability, %	<0.75 %@3hrs
Output	Collimated output
Cooling	Air Cooling/Water Cooling
Power	50-60Hz, 100-240VAC

Remark: XX: Central Wavelength; YY: Output Power; ZZ: Operation Mode

3. SPZ Series Single Frequency Converted Lasers

High Power, Low Noise, Narrow Linewidth, Without Mode-hop, Tunable, Linear Polarization

Narrow-linewidth continuous-wave (CW) lasers at visible or ultraviolet (UV) wavelengths have various important applications in the fields of atomic and molecular physics, measurement, communication, biology, etc. In the quantum simulation experiment, high-power 532nm lasers with ultra-low frequency noise can be operated as optical lattice trap, providing enough trap depth for ultra-cold atoms and improving the signal-to-noise ratio of atoms. Besides the visible lasers, high-power CW ultraviolet lasers have been widely needed in the experiments of laser cooling, clock frequency detection, ionization, etc. For example, the long-range interaction of Rydberg atoms has a great advantage in quantum information, Rb can be excited to Rydberg state by single-photon process with 297 nm. The logic ion 9Be+ should be cooled with 313 nm in quantum simulation, and could be used for cooperative cooling of 27Al+ in the optical clocks. In the lithographic process, 390 nm at watt level can obviously reduce the exposure time. We provide total solutions for the needs of wavelengths. The standard frequency converted schemes include single-passing second harmonic-generation (FL-SSHG), single-passing third-harmonic-generation (FLSTHG), single-passing sum-frequency-generation (FL-SSFG), single-passing difference-frequency-generation (FL-SDFG), second-harmonic-generation (FLRSHG) and forth-harmonic generation (FL-FHG) in resonant cavities. With these nonlinear-processes, we can almost achieve wavelength from 266 nm to 4000nm.

Typical Application
Model	Wavelength (nm)	Output Power(W)				Applications	Beam Quality	Cooling
SPZ-532-YFL-SSHG-CW	532	10				Pump,Optical Lattice	M2 < 1.1	Air Cooling/Water Cooling
SPZ-532-YFL-RSHG-CW	532	35				Pump,Optical Lattice	M2 < 1.1	Water Cooling
SPZ-780-EFL-SSHG-CW	780	0.2	2	7	15	Rb Cooling	M2 < 1.1	Air Cooling
SPZ-369-YFL-STHG-CW	369	0.05				Yb+ Cooling	M2 < 1.1	Air Cooling
SPZ-3400-FL-SDFG-CW	3400	0.1		1.5		Gas Detection	M2 < 1.1	Air Cooling/Water Cooling
SPZ-626-FL-SSFG-CW	626	5				Fundamental laser	M2 < 1.1	Air Cooling/Water Cooling

Typical Applications
FL-SSHG	OPG	Cs	Pump	Yb	Yb	Na	Quantum Simulation	Li	Magic Wavelength	Yb	Rb
Wavelength (nm)	488	509	532	556	578	589	606	671	767	770	780
Power(W)	0.5	1.0	10	0.5	0.5	2	4	5	7	7	15

FL-STHG	Laser Processing	Yb+	Sr	Ca+	Yb+	OPG	Sr
Wavelength (nm)	355	369	413	422	435	448	461
Power(W)	50	50	100	100	200	600	600

FL-SSFG	Be	Sr	Yb	Yb
Wavelength (nm)	626	633	639	649
Power(W)	5	5	5	5

FL-SDFG	Spectrum, Remote Sensing……
Wavelength (nm)	3400	3600	3800	4000
Power(W)	1.5	1.5	1.2	1.2

3.1 Single Pass SHG Fiber Laser

(1) Yb-Doped Single-Pass SHG Fiber Laser

Narrow Linewidth, Low Frequency Drift, Mode-hopping Free, Active power Stability, Excellent Beam Quality

We provide narrow-linewidth, mode-hopping free, frequency-doubled single frequency lasers from 488 to 560 nm, based on Yb-doped fiber lasers (YFLSSHG). It consists of an all-fiber amplifier seeded with single frequency fiber DFB laser, and a single-pass frequency doubling unit with PPLN/PPSLT crystal. Compared with frequency-doubled lasers based on diode laser, the fiber solution has a stable configuration, excellent beam quality (M² <1.1), high output power (up to 10 W) and low intensity noise (RIN<0.06% from 10 Hz-10 MHz). It remains mode-hopping-free and stable under wide temperature variation and high mechanical vibration.

Key Features:

Narrow Linewidth (<20 kHz)
Support Seed built-in, Tunable
Stable and Maintenance-free
Excellent Beam Quality
Mode-Hopping Free

Applications:

Laser cooling, trapping, Optical Lattice
Pump laser for OPO, Ti:Saphire
Biomedical
Fundamental light for UV laser

Model	SPZ-XX-YY-ZZ-YFL-SSHG
Wavelength Range(2), nm	488		509-530		531-550		556
Output Power(3), W	0.5	1	1	5	2	10	1.5
Seed Laser	Fiber DFB Laser
Frequency converted	Single Pass SHG
Fast Tuning Range, GHz	6
Slow Tuning Range, nm	0.3
Linewidth (100us), kHz	<20
RMS Power Stability, %	<0.3%@3hrs
Beam Quality	TEM00 , M2<1.1
Per, dB	>20
Beam Diameter, mm	0.7-1.0
Cooling	Air Cooling/Water Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

(2) Er-Doped Single-Pass SHG Fiber Laser

Narrow Linewidth, Low Frequency Drift, Mode-hopping Free, Active Power Stability, Excellent Beam Quality

We provide narrow-linewidth, mode-hopping free, frequency doubled single frequency lasers from 765 to 798 nm, based on Er-doped fiber lasers (EFL-SSHG). It consists of an all-fiber amplifier seeded with single frequency fiber DFB laser, and a single-pass frequency doubling unit with PPLN/PPSLT crystal. Compared with frequency-doubled diode laser, the fiber solution has stable configuration, excellent beam quality (M² <1.1), high output power (up to 10 W) and low intensity noise (RIN<0.06% from 10 Hz-10 MHz). It remains mode-hopping-free and stable under wide temperature variation and high mechanical vibration.

Key Features:

Narrow Linewidth (<20 kHz)
Support Seed built-in, Tunable
Stable and Maintenance-free
Good Beam Quality (M² <1.1)
Mode-Hopping Free

Applications:

Rb atom cooling
Magic optical lattice
Atom interferometry
Atom clock

Model	SPZ-XX-YY-ZZ-EFL-SSHG
Wavelength Range(2), nm	767		770		780		790-798
Output Power(3), W	5	7	2	7	15	0.2	2	4
Seed Laser	DFB Laser				Low Intensity Noise Diode Laser
Frequency converted	Single Pass SHG
Fast Tuning Range, GHz	6				1
Slow Tuning Range, nm	>200				>20
Linewidth (100us), kHz	<5				<20
RMS Power Stability, %	<0.3%@3hrs
Relative Intensity Noise, (10Hz-10MHz Integration)	<0.1%				<0.05%
Beam quality	TEM00, M2<1.1
Per, dB	>23
Beam Diameter, mm	0.7-1.0
Cooling	Air Cooling/Water Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

(3) Tm-Doped Single-Pass SHG Fiber Laser

Narrow Linewidth, Low Frequency Drift, Mode-hopping Free, Active power Stability, Excellent Beam Quality

We provide narrow-linewidth, mode-hopping free, frequency doubled single frequency lasers near 1000nm, based on Tm-doped fiber lasers (TFL-SSHG). It consists of an all-fiber amplifier seeded with single frequency fiber DFB laser, and a single-pass frequency doubling unit with PPLN/PPSLT crystal. Compared with frequency-doubled diode laser, the fiber solution has stable configuration, excellent beam quality (M² <1.1). It remains mode-hopping-free and stable under wide temperature variation and high mechanical vibration.

Key Features:

Narrow Linewidth (<20 kHz)
Good Beam Quality (M² <1.1)
Stable and Maintenance-free
Mode-Hopping Free

Applications:

Laser cooling, trapping, Optical Lattice
Pump laser for OPO, Ti:Saphire
Biomedical
Solar cell processing

Model	SPZ-XX-YY-ZZ-TL-SSHG
Central Wavelength(2), nm	920	935	960	975
Output Power(3), W	0.5	1	2	2
Linewidth (100 us), kHz	<20
No hopping tuning range, nm	>0.4
Beam Quality	M2< 1.1, TEM00
PER, dB	Linear, PER>20dB
RMS Power Stability, %	<0.3% RMS@3hrs
Power Range	10%-100%
Cooling	Air Cooling/Water Cooling
Power Consumption, W	<200W

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

(4) Single-Pass SHG Raman Fiber Laser

Narrow Linewidth, Active power Stability, Excellent Beam Quality

We offer high power, narrow-linewidth, frequency doubled Raman fiber laser from 560 to 760 nm for applications like laser cooling of atoms. It consists of an all-fiber Raman amplifier seeded with ultra-narrow linewidth external cavity diode laser or fiber DFB laser, and a single-pass frequency doubling unit with periodically poled nonlinear crystal. Compared with frequency-doubled diode laser, the fiber solution has stable configuration, excellent beam quality (M² <1.2), high output power (up to 10 W). It remains mode-hopping-free and stable under wide temperature variation and high mechanical vibration and can be applied in the quantum technology, biomedicals and industry.

Key Features:

Narrow Linewidth (<200 kHz)
Support Seed built-in, Tunable
Stable and Maintenance-free
Good Beam Quality (M² <1.1)

Applications:

Laser cooling of Li atoms
Quantum simulation
Biomedical
Medical cosmetic

Model	SPZ-XX-YY-ZZ-RFL-SSHG
Wavelength Range(2), nm	560-671		671-698	698-740
Output Power(3), W	2	6	1	1
Seed Laser	External Cavity Diode Laser (ECDL)
Frequency converted	Single Pass SHG
Mode-Hopping Free Range,GHz	>40
Fast Tuning Range, GHz	>40
Total Tuning Range, nm	±1.5
RMS Power Stability, %	<0.5 %@3hrs
Beam Quality	TEM00, M2<1.1
PER, dB	>20
Beam Diameter, mm	0.7-1.0
Cooling	Water Cooling/Air Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

3.2 Single Pass THG Fiber Laser

Narrow Linewidth, Low Frequency Drift, Mode-hopping Free, Active Power Stability, Excellent Beam Quality

We offer high power, narrow-linewidth, frequency doubled Raman fiber laser from 355 to 464 nm for applications like laser cooling of ions and atoms. It consists of an all-fiber Yb-doped or Raman amplifiers seeded with ultranarrow linewidth fiber DFB laser or external cavity diode laser, and a single-pass frequency tripling unit with PPLN crystal. Compared with frequency-doubled diode laser, the fiber solution has stable configuration and excellent beam quality (M² <1.1). It can be applied in the quantum technology, biomedicals and industry.

Key Features:

Narrow Linewidth, polalization
Active Power Stability
Stable and Maintenance-free
Good Beam Quality (M² <1.1)
No Mode-Hopping

Applications:

Laser cooling, trapping
Laser Spectroscopy
Medicine and biophotonics
Electromagnetically Induced
Transparency (EITI)

Model	SPZ-XX-YY-ZZ-FL-STHG
Wavelength Range(2), nm	355-369	400-461
Output Power(3), mW	40	200
Seed Laser	Fiber DFB Laser	ECDL
Frequency converted	Single Pass SHG
Fast Tuning Range, GHz	9	60
Slow Tuning Range, nm	0.2	2
Linewidth, kHz	<30	<300
RMS Power Stability, %	<0.5 %@3hrs
Beam Quality	TEM00, M2<1.1
PER, dB	>20
Beam Diameter, mm	0.7-1.0
Cooling	Water Cooling/Air Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

Example: Detailed Specifications of SPZ-FL-SF-369-0.04-CW:

Central wavelength: 368.7nm
Output power (CW):>40mW
Linewidth (100us integration time): <30 kHz
Thermal tuning range: >0.2 nm
PZT tuning range:>9GHz
PZT tuning bandwidth: >10kHz
Power tuning: 10%-100%
Beam quality: M2<1.1
PER: linear，>20dB
Power stability: <1%(RMS@3hrs)
Air cooling
Dimensions: 442x420x133mm (controller) 475x90x70mm (laser head)

3.3 Single Pass SFG Fiber Laser

Narrow Linewidth, Low Frequency Drift, Mode-hopping Free, Active Power Stability, Excellent Beam Quality

We offer a single pass SFG fiber laser (FL-SSFG), which uses ultra-narrow linewidth fiber DFB laser as seeds, all fiber amplifiers to boost the output power and single pass PPLN SFG module to get high power 6xx nm laser output. The SFG fiber laser could cover the output wavelengths from 611 to 655 nm, with narrower linewidth (less than 10 kHz in 100 us integration time) and excellent beam quality (M² <1.1). It remains mode-hopping-free and stable under wide temperature variation and high mechanical vibration, which is great for frequency locking.

Key Features:

Narrow Linewidth, tunable
Active Power Stability
Stable and Maintenance-free
Good Beam Quality (M² <1.1)
High power

Applications:

Quantum simulation
Quantum degenerate gas
Laser Spectroscopy
Gases detection

Model	SPZ-XX-YY-ZZ-FL-SSFG
Wavelength(2), nm	611-656	650-711	806-877
Output Power(3), W	1-5	5	1-4
Seed Laser	Fiber DFB Laser or ECDL
Fast Tuning Range, GHz	>3
SFG Tuning Range, nm	>0.2
Feedback bandwidth, MHz	>1
Linewidth, kHz	<15
RMS Power Stability, %	<0.5 %@3hrs
Beam Quality	TEM00, M2<1.1
PER, dB	>20
Beam Diameter, mm	0.7-1.0
Cooling	Water Cooling/Air Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

3.4 Single Pass DFG Fiber Laser

Narrow Linewidth, Low Frequency Drift, Mode-hopping Free, Active Power Stability, Excellent Beam Quality

We offer a single pass SDFG fiber laser (FL-SDFG), which uses ultranarrow linewidth fiber DFB laser as seeds, all fiber amplifiers to boost the output power and single pass PPLN DFG module to get high power mid-infrared laser output. The DFG fiber laser could cover the output wavelengths from 2400 to 4000 nm, with narrow linewidth (less than 200 kHz in 100 us integration time) and excellent beam quality (M² <1.1). It remains mode-hopping-free and stable under wide temperature variation and high mechanical vibration, which is great for frequency locking.

Key Features:

Narrow Linewidth, tunable
Active Power Stability
Stable and Maintenance-free
Good Beam Quality (M² <1.1)
High output power

Applications:

Sensing
Laser Spectroscopy
Gases detection

Model	SPZ-XX-YY-ZZ-FL-SDFG
Wavelength Range(2), nm	2.4-4.0
Output Power(3), W	0.05-1.5
Seed Laser	Fiber DFB Laser	Diode DFB	Wide Tunable Seed
Frequency converted	Single Pass DFG
Tuning Range, nm	>10	>20	>400
Linewidth (100us), MHz	<0.2	50	<20
RMS Power Stability, %	<0.5 %@3hrs
Beam Quality	TEM00, M2<1.1
PER, dB	>20
Beam Diameter, mm	0.7-1.0
Cooling	Water Cooling/Air Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

3.5 External Resonant SHG Fiber Laser

High Power, Narrow Linewidth, Low RIN, Mode-hopping Free, Active Power Stability, Excellent Beam Quality

We offer external resonant SHG fiber laser FL-RSHG, which uses ultra-narrow linewidth fiber DFB laser as seed, all fiber amplifiers to boost the output power and external resonant SHG cavity to get high power visible or UV lasers. The output laser wavelengths cover from 253 to 795 nm with a SHG efficiency of up to 80% and output power of up to 30W. The product has the properties of high output power, optional narrower linewidth (less than 20 kHz in 100us integration time), tunable and optional low relative intensity noise.

Key Features:

Narrow Linewidth, tunable
High output power
Low intensity noise
Good Beam Quality (M² <1.1)

Applications:

Pump laser for Ti:Saphire
Pump laser for OPO
Optical Lattice
Optical tweezer

We offer external resonant SHG fiber laser FA-RSHG-532, which uses ultra-narrow linewidth fiber DFB laser as seed, all fiber Yb-doped amplifier to boost the output power and external resonant SHG cavity to get high power, narrow linewidth, low intensity noise and high efficiency 532 nm laser. This laser has the characteristics of large output power, narrow linewidth (Lorentz linewidth <10 kHz), low intensity noise, and has been used in customers' optical lattice experiments.

Model	SPZ-532-YY-ZZ-FL-RSHG
Output Power(2), W	35
Seed Laser	Fiber DFB Laser	Low noise Diode Laser
Amplification	Low Noise Fiber Amplifier
Frequency converted	External Resonant SHG
Tuning Range, GHZ	>400
Linewidth, kHz	<20
RMS Power Stability, %	<0.5 %@3hrs
Relative Intensity Noise	RMS Integration: <0.1%(10Hz-10MHz)	RMS Integration: <0.05%(10Hz-10MHz)
Beam Quality	TEM00, M2<1.1
PER, dB	>20
Beam Diameter, mm	0.7-1.0
Cooling	Water Cooling/Air Cooling
Power Supply	50-60Hz, 100-240VAC

Remark:

1: YY: Maximum Output Power, ZZ: Operation Mode

2: Power can be customized

3.6 Frequency quadrupled Fiber Ultraviolet Laser

We offer high power, single-frequency tunable UV lasers from 250 to 400 nm, for applications in quantum sciences such as cold atoms, ultra-cold molecules, single-photon excitation of Rydberg atom and frequency standard. UVlaser is obtained by combining an all-fiber amplifier seeded with an ultra-narrow linewidth laser, a single-pass frequency-doubling unit with PPLN crystal and a cascaded enhancement resonant cavity. These lasers has the characteristics of narrow linewidth, linear polarization and tunable. After active power control, the output power RMS of the laser is less than 1.0% within 3 hours.

Key Features:

Simple structure single pass frequency doubling
High efficiency external cavity resonance frequency doubling
High output power
Low intensity noise
Narrow linewidth

Applications:

Single photon Rydberg excitation of Rubidium atom (297 nm)
Beryllium ion cooling (313 nm)
Grating writing (390 nm)
Calcium ion optical clock (397 nm)
Ytterbium atom cooling (399 nm)

Typical Application
FL-SSHG	Be+	Hg	He	OPO	K	Rb	Be+	Sr	Lithography	Ga	laser cooling of ytterbium atoms
Wavelength(nm)	235	253	260	266	286	297	313	319	390	397	399
Power (mW)	0.1-1	50	50	50	300	300	500	500	3000	1000	1500

The 1050nm and 1550nm lasers with narrow linewidth are used as seed sources respectively. After amplification by single frequency fiber, the two lasers generate 626 nm laser with narrow linewidth and high power utilizing the periodically polarized crystal SFG. By cascading an efficient external resonant cavity, the wavelength of the laser is converted to ultraviolet band at 313 nm. Compared with cascading two resonant cavities with diode laser and tapered amplifier, our product has more compact and stable structure, larger output power of laser.

Model	SPZ-XX-YY-ZZ-EFL-FHG
Wavelength(2), nm	253-280	280-307	307-325	385-399	399-420	420-500
Output Power(3), mW	>50	>300	>500	>3000	>1000-2000	>1000
Linewidth, kHz	<40	<400	<40	<10	<40	<50
Tuning Range, nm	0.15	1.5	0.15
Mode-Hopping Free Range, GHz	800	80	600
Beam Quality	TEM00, M2<1.3
PER, dB	>20
RMS Power Stability, %	<1.0 %@3hrs
Power Range	10%-100%
Cooling	Air Cooling/Water Cooling

Remark:

XX: Central Wavelength, YY: Maximum Output Power, ZZ: Operation Mode
The center wavelength can be customized
High power can be customized

4. 780nm Single Frequency Laser

Continuous, high power, low drift, narrow linewidth, tunable, linear polarization, stable environment

4.1 Er-doped Laser Amplifier (EFA)

When EFA amplifies the seed laser power, the increase of the frequency and intensity noise is kept in extreme low range. The linewidth is less than 10 Hz, and the intensity noise (RIN) is less than -140 dBc/ HZ@ 100 kHz. Compared to the scheme of directly power-amplified 780 nm diode laser, the scheme of utilizing Er-doped fiber amplifier (EFA) as 1560 nm laser amplifier adopted by us can get higher power. The maximum laser power outputted with stable and long lifetime by EFA can be up to 15 W. Due to all fiber structure, the EFA have excellent environmental stability.

4.2 Space output 780 nm single frequency laser SPZ-780-EFA-SSHG

To meet the demands of the atomic physics and quantum physics based on Rb atom, We have developed space output 780 nm laser with maximum power of 15W using frequency doubling technique. Due to Handling, low drift, anti-vibration and other excellent environmental adaptability, EFA-SSHG-780nm has been used in out laboratory experiments of Rb atom interferometer and has been frequency stabilized with saturated absorption spectrum for several months.

Narrow linewidth<20 kHz (as low as 2 kHz)
Optional low intensity noise (RIN <-130 dBc/Hz @ 100 kHz)
High power(15W)
Excellent beam quality (M² <1.1)
Power stability (P-P<1% @25℃, <2% @15-35℃)
Environmental stability (15-35℃, 0.5 Grms (0-200 Hz))
Rb atom
Magic light lattice

Model	SPZ-780-EFA-SSHG-X (Single output)				SPZ-780-EFA-SSHG-X-X (two channel output
Central Wavelength1	780.24 nm
Power	15W	7W	2W	0.2W	3W	400mW
					3W	400mW
Frequency difference between two channels	-				0-1.2 GHz (single seed laser)
Laser linewidth	< 20 kHz				< 4kHz(Optional)
Mode-hop free tuning range2	0.4 nm
Fast tuning range2	10 GHz
Fast tuning bandwidth2	>10 kHz
Frequency stability2	< 100 MHz @25℃
Operation Environment	Temperature: 15-35℃ Vibration: 0.5 Grms(0~200Hz)
RMS integration of relative intensity noise(10Hz-10 MHz)	<0.2%		Low noise option3 RMS integration value: <0.05% (10Hz-10 MHz)
Beam Quality	TEM00, M2<1.1
Polarization	Linear polarization, > 100: 1
Cooling	Air Cooling/Water Cooling
Power dissipation	<200 W

Remark:

1 Can be Costumed; Custom range 765-790 nm

2 Depending on the seed laser, the seed laser can be external

3 Low noise seed can be selected for low noise

4.3 Fiber output 780 nm single frequency laser SPZ-780-EFA-SSHG

To meet the demands of the atomic physics and quantum physics based on Rb atom, we have developed fiber output 780 nm laser with maximum power of 2W using waveguide frequency doubling technique. Due to Handling, low drift, anti-vibration and other excellent environmental adaptability, EFA-SSHG-780nm has been used in out laboratory experiments of Rb atom interferometer and has been frequency stabilized with saturated absorption spectrum for several months.

Narrow linewidth<20 kHz (as low as 2 kHz)
Optional low intensity noise (RIN <-130 dBc/Hz @ 100 kHz)
High power(2W)
Excellent beam quality (M² <1.1)
Power stability (P-P<1% @25℃, <2% @15-35℃)
Environmental stability (15-35℃, 0.5 Grms (0-200 Hz))
Rb atom

Model	SPZ-780-EFA-SSHG-X(Single)			SPZ-780-EFA-SSHG-X-X(two channel)
Central Wavelength1	780.24 nm
Power	2W		0.2W	2W	400mW
				2W	400mW
Frequency difference between two channels	-			0-1.2 GHz tunable(single seed laser)
Linewidth	< 20 kHz			< 2kHz(Optional)
Mode-hop free tuning range2	0.4 nm
Fast tuning range2	10 GHz
Fast tuning bandwidth2	>10 kHz
Frequency stability	< 100 MHz @25℃
RMS Power Stabilitiy,0%	<0.3% RMS @25℃ @3hrs
Operation Environment	Temperature: 0-50℃ Vibration: 0.5 Grms(0~200Hz)
RMS integration of relative intensity noise (10Hz-10 MHz)	<0.2%	Low noise option3 RMS integration value: <0.05% (10Hz-10 MHz)
Output fiber	PM 780 fiber, Collimating output or FC/APC output
Polarization	Linear polarization, > 100: 1
Cooling	Air Cooling/Water Cooling
Power dissipation	<200 W

Remark:

1 Can be Costumed; Custom range 765-790 nm

2 Depending on the seed laser, the seed laser can be external

3 Low noise seed can be selected for low noise

4.4 780 nm single frequency laser SPZ-780-EFA-SSHG

4.5 Dual fiber output single frequency laser at 780 nm, SPZ-780-EFA-SSHG-2

We develop the dual-channels single frequency fiber laser with the maximum output power up to 1W/2W for Gravimeter gradiometer based on Rb cold atom. The frequency difference between the two channels can be locked by beat frequency/ phase locking technique. The output ports of 1560/780 nm laser can be ordered, which provides high performance light source for gravimeter, quantum optics and so on. The seed laser, amplifier and frequency doubling module of dual-channel 1560 nm laser are integrated in a small air-cooling case. The whole machine has compact structure, stable and reliable performance, and can pass vibration and high-low temperature tests.

Narrow linewidth<20 kHz (as low as 2 kHz)
Optional low intensity noise (RIN <-130 dBc/Hz @ 100 kHz)
High power(2W)
Excellent beam quality (M² <1.1)
Power stability (P-P<1% @25℃, <2% @15-35℃)
Environmental stability (15-35℃, 0.5 Grms (0-200 Hz))
Rb atom
Magic light lattice
Optical tweezer

Center frequency drift of 0℃ -50℃ is about 340 MHz, and the center frequency drift of 25℃ for 2 hours is about 40 MHz

The experiment of high and low temperature impact storage at -30℃ -70℃ showed that the laser normal operation after high and low temperature shock.

RMS power stability under high and low temperature impact

When the ambient temperature changes from 0℃ -50℃ at interval of 10 ℃. Although the laser power will jump during the temperature change process the power will remain stable at each temperature.

The stability of the first channel at each temperature point in the high-low temperature test was measured. The power stability of the 2-hour RMS at the limiting temperature of 0℃ and 50℃ was better than 0.2%. The power stability of the second channel is also better than 0.2% (single temperature point, RMS)

Frequency tuning test

The seed has a reserved frequency sweep interface, and the 780nm laser frequency sweep range is about 3.2GHz.

Selecting a reasonable frequency locking point and controlling an appropriate frequency difference and frequency shift between the two channels, a dualchannels.780 nm laser can provide all the lasers required for the experiment of rubidium atomic gravimeter. The product has good environmental adaptability and is an excellent choice for laser source of transportable atomic gravimeter.

4.6 780nm laser frequency locking module

Cold atom experiments with Rb need lasers with specific frequency and we launch different frequency locking schedules for 780nm laser. We built up an all-fiber-connected frequency locking module with an integrated optical system and other optical fiber devices. This module can offer stable SAS or MTS signal and together with our laser controller, frequency locking with good long-term stability is realized. The frequency difference between two lasers should keep to a constant value in some cold atom experiments. For 87Rb atom gravimeter, the frequency difference of cooling laser and repumping laser should be about 6.6GHz and for the two Raman lasers the value is 6.834GHz. We have launched a specialized laser controller for offset frequency locking in the range from 50MHz to 8GHz with beat frequency/phase locking technique.

(1) Integrated optical module

With integrated spatial frequency-locking module, we build an all-fiber-connected frequency locking module. This module gives a stable SAS or MTS signal at Rb D2 line and the spectrum can offer error signal for frequency locking of 780nm laser

Dimensions of integrated frequency-locking optical module

SAS and MTS signal from the integrated optical module

(2) Multi-function laser controller

We offer a multi-function laser controller for frequency locking under different condition. The controller is integrated with modem, PID module and High-Voltage amplifier and it can work as error signal generator, PID servo and PZT driver at the same time. All functions are controlled by software with no physical button or knob. The controller can work in different mode under customized. Under internal-modulation mode laser is locked with SAS or AS while under external-modulation mode laser is locked with MTS or PDH technique.

Front panel of controller

(3) SAS-Locking

Frequency locking with SAS is based on Lock-in amplifier. Take the SAS of 85Rb atom as example, the controller get SAS signal from integrated optical module and generate error signal with lock-in amplifier, the PID module in the controller will then lock the frequency of 780nm laser.

SAS and error signal in our software

We build two independent SAS-locking system for 780nm Laser and take a laser beating test with their 1560nm seed laser. This can show the stability of frequency locking.

(4) MTS-Locking

Unlike SAS-locking, MTS-Locking is under extern-modulation mode and the spectrum signal getting from demodulation can directly serve as error signal. Also take the MTS of 85Rb atom as example, integrated optical module provide both SAS signal and modulated MTS signal to the controller. After demodulation, the MTS signal will be error signal for frequency locking while the SAS signal here will be a reference signal. Due to their different principles, locking point of MTS and SAS are not the same.

SAS (reference) signal and MTS (error) signal in our software

Take also the beating test with two independent MTS-locking module.

(5) Beat phase/frequency locking module

Beat phase/frequency locking module is used for frequency locking of multi-lasers. We has launched a frequency control system for dual-channel 780nm laser device which serves as the laser source of 87Rb gravimeter and gradiometer. Frequency of channel1 is locked to the resonance peak with MTS-locking while channel2 is locked 6.834GHz offset from channel1 with beat phase locking. This dual-channel laser can offer almost all the laser that is needed for a 87Rb gravimeter.

Error signal and output signal in our software

Beat phase/frequency locking is realized with our controller. A fast PD measures the beat signal between two lasers and the PFD module in our controller generates error signal with the beat signal and a reference signal, the laser frequency will then be locked by PID module.

The 3.4 GHz beat signal from two 1560nm lasers

For 87Rb atom gravimeter, frequency chirping or jumping of laser is needed. A typical example is the Raman lasers whose frequency need to change within 3 pulses to compensate the doppler effect. Our controller provides frequency jumping function with a switching time below 10 μs.

STN Series Single Frequency Fiber Laser Systems

We have leveraged its unique fiber technology to develop a family of high-performance single frequency laser systems with line widths as low as 700Hz. Available in both OEM module and bench-top versions, the Rock family of single frequency laser systems provides the end user with robust, low noise operation with broad mode-hop-free tunability. The Rock family of single frequency lasers have been utilized in a wide array of applications where low acoustic noise sensitivity and frequency stability are pivotal to success.

1. Rock Series Compact Single-frequency Fiber Laser OEM Modules

Features:

Narrow Linewidth <700Hz
Ultra-Low Phase-Noise
Excelent Frequency Stability
Broad Mode-Hop-Free Tunability
Comprehensive, User-Friendly Interface
Low sensitivity to Acoustic Noise

	Rock Module 1.5 micron	Rock Module Ultra 1.5 micron	Rock Module 1.0 micron
Center Wavelength Range (nm) 1	1530-1565	1530-1565	1030-1075
Laser Emission	CW - single frequency
Output Power (mW) 2	25, 50, 80, 100, 125	25, 40, 80	25, 50, 80, 100, 125
Line Width (120 μsec 3) (kHz)	<3kHz for ≤50mW <5kHz for ≥80mW	<700Hz	<5kHz
Beam Quality	M2 < 1.05
Frequency Stability (MHz) 4	20MHz
RIN-Peak Frequency (MHz)	~0.5 - 1
Optical S/N (dB) (50 pm resolution bandwidth) 5	>75dB
PM output	Standard
Thermal tuning	Standard
Thermal Tuning Range 6	>60GHz (480pm)	>60GHz (480pm)	>66GHz (250pm)
Fast Piezo Tuning Capability 7	Optional
Piezo-electric Tuning Range - Internal Driver	+/-200MHz
Piezo-electric Tuning Range - External Driver - Optional 8	8GHz 9
Piezo-electric Modulation Frequency 10 (kHz)	up to 40kHz
Calibrated Power Monitor	Standard
Signal to ASE Noise (Integrated)	35dB
Side Mode Suppression Ratio	>50dB
Operating Temperature (degrees C)	-10 to 35
Wavelength Set Resolution	50MHz
Power Stability (% RMS) 11	0.12
Absolute Wavelength Accuracy	+/-8pm
Fiber Pigtail (PM FC/APC)	Standard
Polarization Extinction Ratio	>23dB	>23dB	>20dB
Frequency-noise (Hz/√Hz) - (Ultra only)	150@10Hz ; 45@100Hz; 18@1kHz; 5@10kHz; 0.9@300kHz
Phase-noise (μrad/√Hz) 1m opt. Path - (Ultra only)	4.6@10Hz; 1.4@100Hz; 0.6@1kHz; 0.2@10kHz; <0.1@300kHz
RIN level (dB/Hz) - (Ultra only)	-125@0.3MHz; <-140@10MHz; <-155@100MHz
RIN Level at peak (dB/Hz)	<-110dB/Hz @ PEAK	<-115dB/Hz @ PEAK	<-100dB/Hz @ PEAK
Optical Isolation (dB)	>45dB	>45dB	>35dB
Power Tuning (optional)12	10%-100% max output	10%-100% max output
Module Dimension	200x120x26mm

FOOTNOTES:

Wavelength selectable from range. Other wavelengths available.
Other power levels available
Linewidth based on self-heterodyne measurement with 120μS delay line.
Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
~80dB typical
Continuous mode-hop-free tuning range operating with a case temperature of 25 degrees C
Internal PZT driver included (+/-10V)
External PZT drive required -20 to +65V
64pm @ 1550nm / 30pm @ 1064nm
External signal required to reach 40kHz. Up to 14kHz @3dB bandwidth for internal driver
<0.1% RMS in current mode
Can modulate the output (e.g. sawtooth, sinewave) up to 1kHz bandwidth with no impact on laser performance

Ordering Example: STN-RFLM-100-0-1550.92-1, Rock Fiber Laser Module, 100mW, No Tunability, 1550.92nm, with Power Supply

2. Rock Series Compact Single-frequency Benchtop Fiber Laser Source

Features

Narrow Linewidth <700Hz
Ultra-Low Phase-Noise
Excellent Frequency Stability
Broad Mode-Hop-Free Tunability
Comprehensive, User-Friendly Interface
Low Sensitivity to Acoustic Noise

	Rock Module 1.5 micron	Rock Module Ultra 1.5 micron	Rock Module 1.0 micron
Center Wavelength Range (nm) 1	1530-1565	1530-1565	1030-1075
Laser Emission	CW - single frequency
Output Power (mW) 2	25, 50, 80, 100, 125	25, 40, 80	25, 50, 80, 100, 125
Line Width (120 μsec 3) (kHz)	<3kHz for ≤50mW <5kHz for ≥80mW	<700Hz	<5kHz
Beam Quality	M2 < 1.05
Frequency Stability (MHz) 4	20MHz
RIN-Peak Frequency (MHz)	~0.5 - 1
Optical S/N (dB) (50 pm resolution bandwidth) 5	>75dB
PM output	Standard
Thermal tuning	Standard
Thermal Tuning Range 6	>60GHz (480pm)	>60GHz (480pm)	>66GHz (250pm)
Fast Piezo Tuning Capability 7	Optional
Piezo-electric Tuning Range - Internal Driver	+/-200MHz
Piezo-electric Tuning Range - External Driver - Optional 8	8GHz 9
Piezo-electric Modulation Frequency 10 (kHz)	up to 40kHz
Calibrated Power Monitor	Standard
Signal to ASE Noise (Integrated)	35dB
Side Mode Suppression Ratio	>50dB
Operating Temperature (degrees C)	-10 to 35
Wavelength Set Resolution	50MHz
Power Stability (% RMS) 11	0.12
Absolute Wavelength Accuracy	+/-8pm
Polarization Extinction Ratio	>23dB	>23dB	>20dB
Frequency-noise (Hz/√Hz) - (Ultra only)	150@10Hz ; 45@100Hz; 18@1kHz; 5@10kHz; 0.9@300kHz
Phase-noise (μrad/√Hz) 1m opt. Path - (Ultra only)	4.6@10Hz; 1.4@100Hz; 0.6@1kHz; 0.2@10kHz; <0.1@300kHz
RIN level (dB/Hz) - (Ultra only)	-125@0.3MHz; <-140@10MHz; <-155@100MHz
RIN Level at peak (dB/Hz)	<-110dB/Hz @ PEAK	<-115dB/Hz @ PEAK	<-100dB/Hz @ PEAK
Optical Isolation (dB)	>45dB	>45dB	>35dB
Power Tuning (optional)12	10%-100% max output	10%-100% max output
Module Dimension	257x103x312mm

FOOTNOTES:

Wavelength selectable from range. Other wavelengths available.
Other power levels available
Linewidth based on self-heterodyne measurement with 120μS delay line.
Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
~80dB typical
Continuous mode-hop-free tuning range operating with a case temperature of 25 degrees C
Internal PZT driver included (+/-10V)
External PZT drive required -20 to +65V
64pm @ 1550nm / 30pm @ 1064nm
External signal required to reach 40kHz. Up to 14kHz @3dB bandwidth for internal driver
<0.1% RMS in current mode
Can modulate the output (e.g. sawtooth, sinewave) up to 1kHz bandwidth with no impact on laser performance

Ordering Example: STN-RFLS-100-0-1550.92-U-0, Rock Fiber Laser Source, 100mW, No Tunability, 1550.92nm, <700Hz and no power tuning

3. Power Rock Watts-level, kHz linewidth, Single Frequency Laser Modules for OEM Applications

Features:

Output Powers 2W and above
Narrow Linewidth <700Hz
Ultra-Low Phase-Noise
Excellent Frequency Stability
Broad Mode-Hop-Free Tunability
Low sensitivity to Acoustic Noise

	Rock Module 1.5 micron	Rock Module 1.0 micron
Center Wavelength Range (nm) 1	1530-1565	1030-1075
Laser Emission	CW - single frequency
Output Power (mW) 2	0.5, 1.2	0.5, 1.2
Line Width (120 μsec 3) (kHz)	<3kHz (<700Hz optional)	<5kHz
Beam Quality	M2 < 1.05
Frequency Stability (MHz) 4	20MHz
RIN-Peak Frequency (MHz)	~0.5 - 1
Optical S/N (dB) (50 pm resolution bandwidth) 5	>65dB
PM output	Optional
Thermal tuning	Standard
Thermal Tuning Range 6	>60GHz (480pm)	>66GHz (250pm)
Fast Piezo Tuning Capability 7	Optional
Piezo-electric Tuning Range - Internal Driver	+/-200MHz
Piezo-electric Tuning Range - External Driver - Optional 8	up to 40kHz
Calibrated Power Monitor	Standard
Signal to ASE Noise (Integrated)	35dB
Side Mode Suppression Ratio	>50dB
Operating Temperature (degrees C)	-10 to 30
Wavelength Set Resolution	50MHz
Power Stability (% RMS)	0.1
Absolute Wavelength Accuracy	+/-8pm
Output Termination	Standard Fiber or Armored Cable
Polarization Extinction Ratio	>23dB
RIN Level at peak (dB/Hz)	<-110dB/Hz (<-115dB/Hz optional	<-100dB/Hz @ PEAK
Optical Isolation (dB)	>25dB
Power Tuning (optional)	20%-100% max output
Module Dimension	298x140x80mm

Footnotes:

Wavelength selectable from range. Other wavelengths available.
Other power levels available.
Linewidth based on self-heterodyne measurement with 120μS delay line.
Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
~70dB typical
Operating with case temperature of 25 degrees C
Internal PZT driver included (+/-10V)
External trigger required. Up to 14kHz @ 3dB bandwidth for internal driver

Ordering Example: STN-RFLPX-1-3-1550.12-1-S-S-0-S-1, Power Rock Fiber Laser Source, 1W, Tunability & Modulation, 1550.12nm, PM, Seed Beam, Standard Output, Non-collimated, Standard Linewidth, Power supply needed

4. Rock High Power Single-frequency Fiber Lasers

Features:

Output Powers up to 30W
Narrow Linewidth <700Hz
Ultra-Low Phase-Noise
Excellent Frequency Stability
Broad Mode-Hop-Free Tunability
Low sensitivity to Acoustic Noise

	High Power Rock 1.5 micron	High Power Rock 1.0 micron
Center Wavelength Range (nm) 1	1530-1565	1030-1075
Laser Emission	CW - single frequency
Output Power (mW) 2	0.5, 1.2, 3.5	0.5, 1.2, 5, 10
Line Width (120 μsec 3) (kHz)	<3kHz (<700Hz optional)	<5kHz
Beam Quality	M2 < 1.05
Frequency Stability (MHz) 4	20MHz
RIN-Peak Frequency (MHz)	~0.5 - 1
Optical S/N (dB) (50 pm resolution bandwidth) 5	>65dB
PM output	Optional
Thermal tuning	Standard
Thermal Tuning Range 6	>60GHz (480pm)	>66GHz (250pm)
Fast Piezo Tuning Capability 7	Optional
Piezo-electric Tuning Range - Internal Driver	+/-200MHz
Piezo-electric Tuning Range - External Driver - Optional 8	up to 40kHz
Calibrated Power Monitor	Standard
Signal to ASE Noise (Integrated)	35dB
Side Mode Suppression Ratio	>50dB
Operating Temperature (degrees C)	-10 to 30
Wavelength Set Resolution	50MHz
Power Stability (% RMS)	0.1
Absolute Wavelength Accuracy	+/-8pm
Output Termination	Standard Fiber or Armored Cable
Polarization Extinction Ratio	>23dB	>20dB
RIN Level at peak (dB/Hz)	<-110dB/Hz (<-115dB/Hz optional	<-100dB/Hz @ PEAK
Optical Isolation (dB) 9	>30dB	>25dB
Power Tuning (optional)	20%-100% max output
Module Dimension	298x140x80mm

Footnotes:

Wavelength selectable from range. Other wavelengths available.
Different Power Levels may have different packaging.
Linewidth based on self-‐heterodyne measurement with 120μS delay line.
Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
~70dB typical
Operating with case temperature of 25 degrees C
Internal PZT driver included (+/-10V)
External trigger required. Up to 14kHz @ 3dB bandwidth for internal driver
1550nm, 0-5W, 25dB min. 1064nm, 0-2W 25dB min; >2W 20dB min.

Ordering Example: STN-RFLXA-5-0-1550.92-1-S-A-1-S, High Power Rock, 5W, No Tunability, 1550.92nm, PM, Seed Beam, Armored Cable & Collimator, Standard

5. ROCK Injection Seeder Laser System

Very narrow linewidth (long coherence length)
10 mW output power
Single longitudinal mode
Single polarization operation
Integrated Electronics for build-uptime (BUT) reduction
PZT and PZT mount included
Integrated noise reduction
High wavelength stability
Integrated system
Microprocessor control
Thermal wavelength tuning
No additional noise

Wavelength Range	1530–1565, 1030-1080 nm
Output Power	10mW *
Longitudinal Mode	Single Frequency
Spectral Line Width	< 5kHz
Polarization Extinction Ratio (PER)	> 20d
Tuning Range (Thermal)	30GHz
Connectors	Fiber Connectors and Free Space Collimator
Package Dimension	265.8 x 482.7 x 44.1mm

Ordering Example: STN-RFLSE-10-1-1064.175 =Rock Fiber Laser Seeder , 10mW, tuning, wavelength of 1064.175nm

6. Rock Brillouin Laser Source

Extremely Narrow Linewidth (200Hz)
25mW Output Power
Single Longitudinal Mode
Single Polarization Mode
Integrated Relative Intensity Noise Reduction
High Wavelength Stability
Microporocessor Control

Wavelength Range	1530–1565 nm
Output Power	25 mW
Longitudinal Mode	Single Frequency
Wavelength Accuracy	50 MHz
Spectral Line Width	~ 200 Hz
Relative Intensity Noise (RIN) @ Peak ~ 1 MHz	<-120 dB/Hz
Relative Intensity Noise (RIN) > 50 MHz	< 155 dB/Hz
Signal to ASE Noise Ratio (50 pm, bandwidth)	> 65 dB
Side Mode Suppression Ratio (SMSR)	> 50 dB
Polarization Extinction Ratio (PER)	> 25 dB
Tuning Range	30 GHz
Power Stability over Hours	± 2%
Connectors	FC/APC
Package Dimension	471 x 362 x 204 mm

Ordering Example: STN-BRFLS-25-1-1550.XX = Brillouin Rock Fiber Laser System, 25 mW output power, tuning, with a wavelength at 1550.XX nm.

7. 2um Single Frequency Fiber Laser Source

Superior Noise Operation.
Acoustically Isollated Packaging.
Stable Operation Over Long Periods.
Perfect for CO2 Detection Applications.

Specifications:

Wavelength Range: 2050 nm (2030 nm – 2100 nm available on request)
Output Power: up to 25 mW (with no output isolation)
Longitudinal Mode: Single Frequency
Wavelength Set Resolution: 50 MHz
Spectral Line Width (Heterodyne): < 50 kHz
Frequency Stability: < 50 MHz (Over 1 hour with base temperature constant to within < 2° c after 30 min warm-up.)
Relative Intensity Noise (RIN) @ Peak: ~ 1MHz <-90dB/Hz
Relative Intensity Noise (RIN): > 50 MHz Short Noise Limited
Polarization Extinction Ratio (PER): > 17 B (optional)
Tuning Range: 10 GHz (thermal)
Power Stability: ± 5%
Connector: FC/APC Connector (panel mounted, narrow key)
Package Dimension: 382 x 480 x 88 mm (Laser head)

Ordering Example: STN-FLS-25-1-2XXX.YY-1-0 = 2um Fiber Laser System, 25 mW Output Power, With Tuning, at 2XXX.YY.XX nm, Linearly Polarized, No Isolation.

8. Rock-Powered Multi-channel Laser System

Our Multi-Channel Fiber Laser Systems offers up to 5 ROCK Fiber Laser Modules mounted on interchangeable linecards for convenient and dynamic provisioning. The ROCK laser is a high power, compact fiber laser suitable for sensing, LIDAR, test and measurement, and telecommunication applications. The Fiber Laser Module incorporates our proprietary fiber technology developed. Each Fiber laser provides up to 80 mW of output power (1530-1565 nm and 1030-1080 nm). It provides narrow linewidth with wide thermal tuning and piezo tuning bandwidths. It is most suitable for applications in harsh environments where low noise and wavelength stability are critical.

Features:

Vibration Insensitive
Very narrow linewidth (long coherence length) <1 kHz
Center wavelength over 1530-1565 nm and 1030 – 1080 nm
Up to 80 mW output power
Single longitudinal mode
Single polarization operation
Integrated power loop
Integrated noise reduction
High wavelength stability
Integrated with pump laser
Microprocessor control
Thermal wavelength tuning
Fast piezo wavelength modulation
Customizable

Applications:

Interferometric Sensing
LIDAR
Test & Measurement
Metrology

Wavelength Range	1530–1565, 1030-1080 nm
Output Power	25, 50, 80, 100, 125 mW
Longitudinal Mode	Single Frequency
Wavelength Set Resolution	50 MHz
Spectral Line Width (Heterodyne)	< 5 kHz – 10 kHz. 1kHz optional
Frequency Stability (*)	< 50 MHz
Relative Intensity Noise (RIN) @ Peak ~ 1 MHz	<-110 dB/Hz for 1550 nm, <-100 dB/Hz for 1μm
Relative Intensity Noise (RIN) > 50 MHz	Shot Noise Limited
Signal to ASE Noise Ratio (50 pm, bandwidth)	> 65 d
Signal to ASE Noise Ratio ( Integrated)	> 35 dB
Side Mode Suppression Ratio (SMSR)	> 50 d
Polarization Extinction Ratio (PER)	Optional
Tuning Range (Thermal)	≥ 30 GHz
Connectors	LC/APC OR SC/APC
Fiber Pigtail	Specify
Package Dimension	482.6x266x552mm

(*) Over 1 hour with base temperature constant to within < 2? c after 30 min warm-up

Order Information (for example): STN-RFMLS - LC - OEM – XX - 50 - V – ITU: 20-30-40-50-60

9. High Energy Single Frequency Fiber Laser System

Features

MilliJoule Output Energy
Up to 25W Output Power
Transform Limited Linewidth
Ruggedized Turnkey system
Center wavelength 1018 –1080 nm, 1528-1575nm
Near-single mode (M2 < 1.3)
Polarization Maintaining (PER >15dB)
Collimated output
Customizable
All- Fiber construction

Wavelength	1064 nm, 1550 nm (Other wavelengths available upon request)
Seed Laser Optical Linewidth	<3kHz (down to 500 Hz available)
Output Energy	100 μJ to 1.3 mJ
Output Average Power	0.5 to 25 W
Output Peak Power	≥ 500kW (SRS / SPM limited) , ≥ 6kW (SBS limited)
Pulse Width	20 ps to 2000ns, or CW (multiple pulse options)
Repetition Rate	100Hz to 5 MHz (typical 10-100 kHz)
Polarization Extinction Ratio (PER)	≥ 15 dB
Beam Quality	M2 ≤ 1.5 (typically <1.3 based on wavelength)
Output Optical Linewidth	Transform Limited
Output Format	Collimated beam, nominal 2mm width (other beam widths and output isolator available upon request)
Package Dimension (nominal)	508 (W) x 508 (H) x 508(L) mm
Cooling	Water, Air

STM Series Single Frequency Fiber Lasers

Single frequency fiber lasers are sources of single-frequency polarized light offering low phase and intensity noise, narrow spectral linewidth and long coherence length. They are comprised of a single frequency Yb-doped fiber laser which emits a single mode narrow-band infrared light with electronics which provide temperature stabilization, and active stabilization of the laser output power. The laser is offered in a 2RU benchtop or rack mountable air cooled package.

Features

Low intensity noise
True single frequency operation without mode hops (single-frequency models)
Long coherence length
Interlock
Safety key

Applications

Interferometry
Doppler sensors
Atom Cooling
Microscopy
Holography
Bio Photonics Applications

1. Single Frequency NIR Fiber Lasers

	Min	Nominal	Max
Wavelengths Available		1028 or 1064		nm
Output Power		up to 10		W
Power Tunability Range		20 - 100		%
Emission Linewidth (FWHM)		50	100	kHz
Long Term Wavelength Stability	Nominal - 0.02		Nominal + 0.02	nm
Degree of Polarization	98	99		%
Relative RMS Intensity Noise at Nominal Power, Integrated over 5 Hz to 100 kHz		0.1 (typical)	0.3	%
Long Term Output Power Drift (8 hours)	-2		2	%

2. Single Frequency Visible Fiber Lasers

	Min	Nominal	Max
Wavelengths Available		514 or 532		nm
Output Power		200, 500, 1000		mW
Power Tunability Range		20 - 100		%
Emission Linewidth (FWHM)		100	200	kHz
Long Term Wavelength Stability	Nominal - 0.02		Nominal + 0.02	nm
Degree of Polarization	98	99		%
Relative RMS Intensity Noise at Nominal Power, Integrated over 5 Hz to 100 kHz		0.1 (typical)	0.3	%
Long Term Output Power Drift (8 hours)	-2		2	%

STG Series DFB Lasers & Modules

1. STG Series DFB Lasers

Distributed feedback (DFB) lasers provide tunable wavelength output with extremely narrow spectral width and long coherence length. Integrated modules offer further narrowing of the spectral line in a compact OEM package with a simple tuning interface.

DFB lasers feature a grating on the chip level structure to generate feedback into the cavity which ultimately enables stable, smooth, and precise wavelength tuning via temperature control of the chip. Additional feedback or external locking methods can ensure extremely stable wavelength control through many years or decades of use.

Our DFB lasers serve a wide range of industrial, defense, medical, and scientific applications, with performance-enhancing design features that include:

Integrated thermoelectric coolers (TECs) to reduce current consumption and extend operating temperature range
Precision thermistors for accurate feedback and control of chip temperature
Internal isolators to protect against back reflections and to reduce noise perturbations into the laser
DFB Lasers in 14-pin or 7-pin package

DFB lasers provide precise single-frequency and single-spatial-mode performance with smooth tuning capability via temperature or current (chirp) tuning. We offer a range of products with high power and high bandwidth options in a rugged, single-emitter, fiber coupled 14-pin or 7-pin butterfly package. Our high power series offers options up to 100 mW with >2.5 GHz direct modulation speeds, while our high bandwidth series offers up to 18 mW with >12 GHz direct modulation speeds. In addition to the variety of standard wavelength options in the 1-1.62 mm region, additional custom options are available upon request.

Applications cover distributed temperature sensing (DTS), fiber optic telecmmunications, gas sensing, interferometry, laser Doppler vibrometry (LDV), LIDAR, RF over fiber, seed lasers, spectroscopy.

Product Code	Wavelength	Power Options	Fiber	Features
STG-AA1401, AA1406	1529-1610 nm	40, 50, 63, 80, 100 mW	PM or SM
STG-AA1402	1617 nm	80 mW	PM or SM
STG-AA1415	1529-1610 nm	40, 50, 63, 80, 100 mW	PM or SM	High isolation
STG-AA1416	1537-1565 nm	40 mW	PM or SM	High isolation, high efficiency TEC
STG-AA1411	1064 nm	50 mW	PM or SM
STG-AA1409	1310 nm	18 mW	PM or SM
STG-AA0701	1310,1527-1565 nm	10, 18 mW	PM or SM	High bandwidth

2. STG Series DFB Laser Modules

Building upon our proven 14-pin packaged DFB lasers, we also offers compact OEM modules with excellent linewidth performance. All the modules comprise an integrated DFB laser, low noise diode driver, and TEC controller. To operate, the user need only provide a simple 5V power supply and voltage based tuning signals for temperature or current (chirp) adjustment, if required.

The incorporation of an ultra-low noise current source for the diode offers a vastly improved linewidth. The EM650 typically provides 200 kHz linewidth in a hand-sized package, roughly 66x64 mm (2.5”x2.5”) in size. The EM750 features an additional external cavity to reduce the linewidth to approximately 10 kHz while emitting up to 50 mW out of the fiber.

Product Code	Wavelength	Power Options	Laser Type	Fiber	Features
STG-EM650	1064, 1310, 1529-1617 nm	40, 50, 63, 80, 100 mW	DFB	PM or SM	200 kHz typ linewidth
STG-EM750	1532-1575 nm	30, 50 mW	DFB	PM or SM	10 kHz typ linewidth
STG-EM655	1310, 1530, 1550, 1570 nm	10, 18 mW	DFB	PM or SM	>12 GHz direct modulation

3. STG Series DFB Laser Modules

Our high power diode lasers feature ruggedized, epoxy-free designs intended for use in a wide range of harsh, long-life environments. Cooled and uncooled options are available to meet the most demanding diode laser applications.

Single-mode (SM) pump lasers emit a low noise, precisely controlled, polarization maintained level of light at a specific wavelength out of a small-core fiber. STG series of cooled and uncooled diode laser products are designed with precise micro-alignment that stays true and stable through wide temperature ranges and high shock/vibration environments. All SM lasers feature a fiber Bragg grating (FBG) for stable, low noise operation. Customers may select to use the laser without the grating to enable temperature tuning of the central wavelength.

The latest series of AC1409 SM lasers feature high PER performance, enabling superior PM pump combining and other polarization extinction ratio (PER) sensitive applications. In addition to standard products, output wavelength and other options can be customized for new applications.

Multi-mode (MM) lasers offer high output power. We offer standard 14-pin fiber-coupled package designs and other formats upon request. Cooled designs allow for wavelength tuning of the output for even greater wavelength control of the laser, while uncooled options feature higher power output.

Our lasers are designed to ensure highly reliable operation across wide temperature and environmental conditions. A variety of low size, weight, and power custom designs can be employed to meet demanding aerospace and space mission applications. We also offer design and qualification services to ensure high reliability and long life under launch conditions for space mission applications.

Applications cover fiber lasers, fiber optic, gyroscopes. Inspection, infrared sensing, life science, marking.

Product Code	Fiber	Package	Wavelength	Cooling	Power
STG-AC1409	PM or SM	14-pin	974, 976, 980 nm	Active	600, 700 mW
STG-EM278	PM or SM	mini-DIL	976 nm	None	200 mW
STG-EM322 through EM327	0.15 or 0.22 NA	14-pin	915, 940, 960 nm	None	7 W
STG-EM328, EM329	0.15 or 0.22 NA	14-pin	975 nm	None	6 W
STG-EM330 through EM337	0.15 or 0.22 NA	14-pin	915, 940, 960, 975 nm	Active	5 W
EM339	0.15 or 0.22 NA	14-pin	808 nm	Active	3 W

STC Series Single Frequency DPSS Lasers (Single Longitudinal Mode Lasers)

Applications

Holography
Raman spectrum
Precision measurement
Interference lithography
Biomedical/fluorescence
Atomic excitation/absorption

Features

Spectral linewidth <0.00001 nm

Options

Modulation repetition rate up to 1MHz
Frequency stabilized laser optional
Fiber coupled optional

List of STC Series Single Longitidunal Mode Lasers

Wavelength (nm)	Model	Output power (mW)	Features
360	STC-MSL-FN-360	1~50
457	STC-MSL-FN-457	1~350
	STC-MSL-RA-457	350~1000	Water cooled
	STC-MSL-W-457	1000~2000	Water cooled
473	STC-MSL-FN-473	1~100
515	STC-MSL-F-515	1~20
523.5	STC-MSL-III-523.5	1~50
523.5	STC-MSL-FN-523.5	50~100
526.5	STC-MSL-III-526.5	1~20
526.5	STC-MSL-FN-526.5	20~100
530	STC-MSL-S-530	1~50	Good seal IP67
530	STC-MSL-DS-530	1~50	Electronic Integrated
532	STC-MSL-III-532	1~100
	STC-MSL-S-532	1~100	Good seal IP67
	STC-MSL-DS-532	1~100	Electronic Integrated
	STC-MSL-FN-532	100~400
	STC-MSL-F-532	400~700
	STC-MSL-RA-532	700~2000	Water cooled
	STC-MSL-R-532	2~10 W	Water cooled
	STC-MSL-AO-532	1~10uJ@1Hz~1kHz, 10ns	Q-switched
543	STC-MSL-FN-543	1~100
556	STC-MSL-FN-556	1~100
561	STC-MSL-FN-561	1~80
577	STC-MSL-F-577	1~300
588	STC-MSL-FN-588	1~200
589	STC-MSL-FN-589	1~200
589	STC-MSL-RA-589	200~500	Water cooled
607	STC-MSL-FN-607	1~100
639	STC-MSL-FN-639	1~300
656.5	STC-MSL-FN-656.5	1~50
660	STC-MSL-FN-660	1~20
671	STC-MSL-FN-671	1~500
	STC-MSL-R-671	500~800	Water cooled
	STC-MSL-RA-671	800~1000	Water cooled
	STC-MSL-W-671	1000~2500	Water cooled
721	STC-MSL-FN-721	1~100
914	STC-MSL-FN-914	1~100
946	STC-MSL-FN-946	1~50
1030	STC-MSL-FN-1030	1~20
1047	STC-MSL-U-1047	1~500	Ultra compact
1047	STC-MSL-FN-1047	500~800
1053	STC-MSL-FN-1053	1~200
1064	STC-MSL-S-1064	1~200	Good seal IP67
	STC-MSL-III-1064	200~1000
	STC-MSL-R-1064	1~10 W	Water cooled
	STC-MSL-AO-1064	1~200uJ@1Hz~1kHz, 25ns	Q-switched
	STC-FL-1064-SF	1~500
1112	STC-MSL-FN-1112	1~20
1122	STC-MSL-FN-1122	1~80
1313	STC-MSL-FN-1313	1~500
1319	STC-MSL-FN-1319	1~50
1342	STC-MSL-III-1342	1~200
1342	STC-MSL-R-1342	1~5 W	Water cooled
1550	STC-FL-1550-SF	1~1000

Ordering Information: STC-MSL-xx-yy-zz-ss, where xx means series numbers such FN, III, R, FL etc, yy means wavelength in nm, zz means laser power in mW, ss means power stability.

1. STC-MSL-FN-360 Single Longitudinal Mode Laser

All solid state single longitudinal mode laser at 360nm has the features of ultra compact, long lifetime, low cost and easy operating, which is used in DNA sequencing, flow cytometry, cell sorting, optical instrument, spectrum analysis, interference, measurement, holography, physics experiment, etc.

Part number	STC-MSL-FN-360-zz-ss
Wavelength (nm)	360±1
Operating mode	CW
Output power (mW)	>1, 2, 3, … , 50
Power stability (rms, over 4 hours)	<3%(With TC-01), <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.5
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>50:1, >100:1, optional Horizontal±5 degree (Vertical Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	5000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg
Dimension/weight (heat sink)	197(L)×117.5(W) ×57.3(H) mm, 1.6 kg
Dimension/weight (heat sink’s driver)	277(L) ×145(W) ×106(H) mm, 2.6 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

2. STC-MSL-FN-457 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-457-zz-ss
Wavelength (nm)	457±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 150	>150, 160, … , 350
Power stability (rms, over 4 hours)	<1%, <2%, <3%	<2%, <3%, <5%
Transverse mode	TEM00	Near TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

3. STC-MSL-RA-457 Single Longitudinal Mode Laser

Part number	STC-MSL-RA-457-zz-ss
Wavelength (nm)	457±1
Output power (mW)	>400, …, 1000
Transverse mode	TEM00
Operating mode	CW
Longitudinal mode Single	Single
Spectral linewidth (nm)	<0.00001
Power stability (rms, over 4 hours)	<3%, <5%
Noise of amplitude (rms, 20Hz~20MHz)	<1%
Beam diameter at the aperture (1/e2,mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
M2 factor	<1.2
Pointing stability after warm-up (mrad)	<0.05
Polarization ratio	>100:1
Warm-up time (minutes)	<10
Beam height from base plate (mm)	51
Operating temperature (℃)	20~30
Cooled method	Water cooled
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 4kg
Dimension/weight (power supply)	275 (L) ×146(W) ×104 (H) mm, 2.4 kg
Dimension/weight (chiller)	592 (L) ×485W) ×212(H) mm, 15kg

4. STC-MSL-W-457 Single Longitudinal Mode Laser

Part number	STC-MSL-W457-zz-ss
Wavelength (nm)	457±1
Output power (mW)	>1000, …, 2000
Transverse mode	TEM00
Operating mode	CW
Longitudinal mode Single	Single
Spectral linewidth (nm)	<0.00001
Power stability (rms, over 4 hours)	<3%, <5%
Noise of amplitude (rms, 20Hz~20MHz)	<1%
M2 factor	<1.5
Beam divergence, full angle (mrad)	<1.5
Beam diameter at the aperture (1/e2,mm)	<2.0
Pointing stability after warm-up (mrad)	<0.05
Polarization ratio	>100:1
Warm-up time (minutes)	<20
Beam height from base plate (mm)	54
Cooled method	Water cooled
Operating temperature (℃)	20~25
Power supply (90-264VAC)	STC-PSU-W-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	408(L) ×225(W) ×78(H) mm, 5.7kg
Dimension/weight (power supply)	307(L)×168(W)×123(H) mm, 4.5 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

5. STC-MSL-FN-473 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-473-zz-ss
Wavelength (nm)	473±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 50	>50, … ,100
Power stability (rms, over 4 hours)	<1%, <2%, <3%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.5, typical<2.0
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

6. STC-MSL-F-515 Single Longitudinal Mode Laser

Part number	STC-MSL-F-515-zz-ss
Wavelength (nm)	515±1
Operating mode	CW
Output power (mW)	>1, 3, 5, …, 20
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.5
Beam diameter at the aperture (1/e2, mm)	<3
Beam divergence, full angle (mrad)	<2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	45
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	211(L)×88(W)×74(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

7. STC-MSL-III-523.5 Single Longitudinal Mode Laser

Part number	STC-MSL-III-523.5-zz-ss
Wavelength (nm)	523.5
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 50
Power stability (rms, over 4 hours)	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.2
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	24.8
Operating temperature (℃)	15~35
Power supply (90-264VAC or 5VDC)	STC-PSU-III-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 0.6kg
Dimension/weight (power supply)	133 (L) ×130(W) ×62.2 (H) mm, 1.2kg

8. STC-MSL-FN-523.5 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-523.5-zz-ss
Wavelength (nm)	523.5±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 50
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

9. STC-MSL-III-526.5 Single Longitudinal Mode Laser

Part number	STC-MSL-III-526.5-zz-ss
Wavelength (nm)	526.5
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 20
Power stability (rms, over 4 hours)	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.2
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	24.8
Operating temperature (℃)	15~35
Power supply (90-264VAC or 5VDC)	STC-PSU-III-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 0.6kg
Dimension/weight (power supply)	133 (L) ×130(W) ×62.2 (H) mm, 1.2kg

10. STC-MSL-FN-526.5 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-526.5-zz-ss
Wavelength (nm)	526.5±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

11. STC-MSL-S-530 Single Longitudinal Mode Laser

Part number	STC-MSL-S-530-A-zz-ss （Harsh condition）	STC-MSL-S-530-B-zz-ss （Normal condition）
Wavelength (nm)	530±1
Operating mode	CW
Output power (mW)	>1,5,10,20,…,50
Power stability (rms, over 4 hours)	<1%,<2%,<3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 20Hz~20MHz)	<0.5%
M2factor	<1.2(<1.1 optional)
Beam diameter at the aperture( 1/e2,mm)	0.7±0.05
Beam divergence, full angle (mrad)	<1.5
Polarization ratio	>100:1 Horizontal±5 degree (Vertical Optional)
Pointing stability after warm-up (mrad)	<0.05
Pointing stability Over Temp. (µrad/°C)	<8
Warm-up time (minutes)	<5
Beam height from base plate (mm)	19
Power Consumption(W)	<30
Shock Tolerance(6ms)	7g laterally,15g vertically
IP Rating	IP67	IP65
Power supply(90-264VAC)	STC-PSU-H-FDA, STC-PSU-A-F
Operating temperature (℃)	0-60	10-35
Max. Heat Dissipation of Head(W)	10W@50℃	4W@25℃
Modulation	Modulation isn’t available.
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	100 (L) ×40 (W) ×40(H) mm, 0.36kg
Dimension/weight (power supply)	236(L) ×145(W) ×104 (H) mm, 2.3kg (H-FDA) 162(L) × 144(W) ×55(H) mm, 0.5kg (A-F)

12. STC-MSL-DS-530 Single Longitudinal Mode Laser

Model	MSL-DS-530zz-ss
Wavelength (nm)	530±1
Operating mode	CW
Output power (mW)	>1,5,10,20,…,50
Power stability (rms, over 4 hours)	<1%,<2%,<3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 20Hz~20MHz)	<0.5%
M2 factor	<1.2(<1.1 optional)
Beam diameter at the aperture( 1/e2 ,mm)	0.7±0.05
Beam divergence, full angle (mrad)	<1.5
Pointing stability after warm-up (mrad)	<0.05
Pointing stability Over Temp. (μrad/°C)	<8
Warm-up time (minutes)	<5
Beam height from base plate (mm)	19
Shock Tolerance(6ms)	7g laterally,15g vertically
Power Supply	5V DC
Operating temperature (℃)	10-35
Modulation	Modulation isn’t available.
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight	100 (L) ×60 (W) ×40(H) mm, 0.41kg

13. STC-MSL-III-532 Single Longitudinal Mode Laser

Part number	STC-MSL-III-532-zz-ss
Wavelength (nm)	532±2
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<0.5%
M2factor	<1.2(<1.1 optional)
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	24.8
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-III-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 0.6kg
Dimension/weight (power supply)	133 (L) ×130(W) ×62.2 (H) mm, 1.2kg

14. STC-MSL-S-532 Single Longitudinal Mode Laser

Model	MSL-S-532-A-zz-ss (Harsh condition）	MSL-S-532-B-zz-ss（Normal condition）
Wavelength (nm)	532±2
Operating mode	CW
Output power (mW)	>1,5,10,20,…,100
Power stability (rms, over 4 hours)	<1%,<3%,<5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 20Hz~20MHz)	<0.5%
M2 factor	<1.2
Beam diameter at the aperture( 1/e2 ,mm)	0.7±0.05
Beam divergence, full angle (mrad)	<1.5
Polarization ratio	>100:1 Horizontal±5 degree (Vertical Optional)
Pointing stability after warm-up (mrad)	<0.05
Pointing stability Over Temp. (μrad/°C)	<8
Warm-up time (minutes)	<5
Beam height from base plate (mm)	19
Power Consumption(W)	<30
Shock Tolerance(6ms)	7g laterally,15g vertically
IP Rating	IP67	IP65
Power supply(90-264VAC)	STC-PSU-H-FDA	STC-PSU-A-FP
Operating temperature (℃)	0-60	10-35
Max. Heat Dissipation of Head(W)	10W@50℃	4W@25℃
Modulation	Modulation isn’t available.
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	100 (L) ×40 (W) ×40(H) mm, 0.36kg
Dimension/weight (power supply)	236(L) ×145(W) ×104 (H) mm, 2.3kg (H-FDA) 162(L) × 144(W) ×55(H) mm, 0.5kg (A-F)

15. STC-MSL-DS-532 Single Longitudinal Mode Laser

Part number	STC-MSL-DS-532-zz-ss
Wavelength (nm)	532±1
Operating mode	CW
Output power before fiber (mW)	>1,5,10,20,…,100
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 20Hz~20MHz)	<0.5%
M2 factor	<1.2(<1.1 optional)
Beam diameter at the aperture( 1/e2 ,mm)	0.7±0.05
Beam divergence, full angle (mrad)	<1.5
Pointing stability after warm-up (mrad)	<0.05
Pointing stability Over Temp. (μrad/°C)	<8
Warm-up time (minutes)	<5
Beam height from base plate (mm)	19
Power Consumption(W)	<6
Fiber	Multimode/ Single Mode
Shock Tolerance(6ms)	7g laterally,15g vertically
Power Supply	5V DC (Photoelectric integrated)
Operating temperature (℃)	10-35
Storage temperature (℃)	5-50
Modulation	Modulation isn’t available.
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight	100 (L) ×60 (W) ×40(H) mm, 0.41kg (without fiber) 130.5(L) × 60(W) ×45(H) mm, 0.5kg (with MM fiber) 139(L) × 60(W) ×46(H) mm, 0.52kg (with SM fiber)

16. STC-MSL-FN-532 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-532-zz-ss
Wavelength (nm)	532±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 300	>300, …, 400
Power stability (rms, over 4 hours)	<1%, <2%, <3%	<2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<0.5%
M2 factor	<1.2(<1.1 optional)
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

17. STC-MSL-F-532 Single Longitudinal Mode Laser

Part number	STC-MSL-F-532-zz-ss
Wavelength (nm)	532±1
Operating mode	CW
Output power (mW)	>400, 600, … , 500	500, … , 700
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.5
Beam diameter at the aperture (1/e2, mm)	<2.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	45
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	211(L)×88(W)×74(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

18. STC-MSL-RA-532 Single Longitudinal Mode Laser

Part number	STC-MSL-RA-532-zz-ss
Wavelength (nm)	532±1
Operating mode	CW
Wavelength (nm)	532±1
Operating mode	CW
Output power (mW)	>700, 800, 900, ……2000
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
Beam diameter at the aperture (1/e2, mm)	<2
Beam divergence, full angle (mrad)	<1.2
M2 factor	<1.2
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	51
Operating temperature (℃)	20~30
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 4kg
Dimension/weight (power supply)	275 (L) ×146(W) ×104 (H) mm, 2.4 kg
Dimension/weight (chiller)	592 (L) ×485W) ×212(H) mm, 15kg

19. STC-MSL-R-532 Single Longitudinal Mode Laser

Part number	STC-MSL-R-532-zz-ss
Operating mode	CW
Output power (mW)	>700, 800, ..., 10000
Power stability (rms, over 4 hours)	<1%,<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode Single	Single
Noise of amplitude (rms, 20Hz~20MHz)	<1%
Polarization ratio	>100:1
M2 factor	<1.2
Beam divergence, full angle (mrad)	<1.5
Beam diameter at the aperture (1/e2,mm)	<1.5
Spectral linewidth (nm)	<0.00001
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	59
Warm-up time (minutes)	<20
Cooled method	Water cooled
Operating temperature (℃)	20~25
Power supply (90-264VAC)	STC-PSU-W-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	432(L) ×218(W) ×82(H) mm, 9kg
Dimension/weight (power supply)	307(L)×168(W)×123(H) mm, 4.5 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

20. STC-MSL-AO-532 Single Longitudinal Mode Laser

Part number	STC-MSL-AO-532-zz-ss
Wavelength (nm)	532±1
Operating mode	Acousto-Optic Q-switched
Single pulse energy (μJ)	1~100
Longitudinal mode	Single
Pulse duration (ns)	<25
Peak power (kW)	1~4
Rep. rate (Hz)	1~1000
Polarization ratio	>100:1
Ave power stability (over 4 hours)	<3%, <5%
Beam divergence, full angle (mrad)	<2
Beam diameter at the aperture (1/e2,mm)	~2
Beam height from base plate (mm)	59
Warm-up time (minutes)	<20
Cooled method	Water Cooled
Operating temperature (℃)	20~30
Power supply (90-264VAC)	STC-PSU-AOM(3U)
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	432(L) ×218(W) ×82(H) mm, 9kg
Dimension/weight (power supply)	483.5 (L) ×454 (W) ×147.5 (H) mm, 8.3 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

21. STC-MSL-FN-543 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-543-zz-ss
Wavelength (nm)	543±1
Operating mode	CW
Output power (mW)	>1, 5, 10, … , 20
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

22. STC-MSL-FN-556 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-556-zz-ss
Wavelength (nm)	556±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

23. STC-MSL-FN-561 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-561-zz-ss
Wavelength (nm)	561±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20,,	150
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1,Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3 kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

24. STC-MSL-F-577 Single Longitudinal Mode Laser

Part number	STC-MSL-F-577-zz-ss
Central wavelength (nm)	577±2
Operating mode	CW
Output power (mW)	>10, 20, 50, …, 200	>200, …, 300
Power stability (rms, over 4 hours)	<1%, <2%, <3%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.5
Beam diameter at the aperture (1/e2,mm)	~2.5
Beam divergence, full angle (mrad)	<1.5
Beam height from base plate (mm)	45
Polarization ratio	>100:1 Horizontal±5 degree (Vertical Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Operating temperature (℃)	10~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	211(L)×88(W)×74(H) mm, 1.6 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

25. STC-MSL-FN-588 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-588-zz-ss
Wavelength (nm)	588±2
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 200
Power stability (rms, over 4 hours)	<3%, <5%, <10%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Horizontal±5 degree (Vertical Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	211(L)×88(W)×74(H) mm, 1.36 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

26. STC-MSL-F-589 Single Longitudinal Mode Laser

Part number	STC-MSL-F-589-zz-ss
Wavelength	589±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20,… 200
Power stability (rms, over 4 hours)	<3%, <5%, <10%
Transverse mode	Near TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Horizontal±5 degree (Vertical Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	45
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	211(L)×88(W)×74(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

27. STC-MSL-RA-589 Single Longitudinal Mode Laser

Part number	STC-MSL-RA-589-zz-ss
Wavelength (nm)	589±1
Output power (mW)	>1, 10, …, 500
Transverse mode	TEM00
Operating mode	CW
Longitudinal mode Single	Single
Spectral linewidth (nm)	<0.00001
Power stability (rms, over 4 hours)	<3%, <5%
Noise of amplitude (rms, 20Hz~20MHz)	<1%
Beam diameter at the aperture (1/e2,mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
M2 factor	<1.2
Pointing stability after warm-up (mrad)	<0.05
Polarization ratio	>100:1
Warm-up time (minutes)	<10
Beam height from base plate (mm)	51
Operating temperature (℃)	20~30
Cooled method	Water cooled
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 4kg
Dimension/weight (power supply)	275 (L) ×146(W) ×104 (H) mm, 2.4 kg
Dimension/weight (chiller)	592 (L) ×485W) ×212(H) mm, 15kg

28. STC-MSL-FN-607 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-607-zz-ss
Wavelength (nm)	607±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

29. STC-MSL-FN-639 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-639-zz-ss
Wavelength (nm)	639±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … 300
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>40
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2(<1.1 optional)
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.5
Polarization ratio	>100:1, Horizontal±5 degree (Vertical Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up ( mrad/℃)	6
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

30. STC-MSL-FN-656.5 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-656.5-zz-ss
Wavelength (nm)	656.5±1
Output power (mW)	>1, 5, 10, 20, … , 50
Transverse mode	TEM00
Longitudinal mode	Single
Operating mode	CW
Power stability (rms, over 4 hours)	<1%, <3%, <5%
Warm-up time (minutes)	<10
M2 factor	<1. 2
Beam divergence, full angle (mrad)	<1. 2
Beam diameter at the aperture (mm)	~2. 0
Beam height from base plate (mm)	27.4
Polarization ratio	>100:1, Vertical±5 degree
Spectral linewidth (nm)	<0.00001
Pointing stability after warm-up (mrad)	<0.05
Noise of amplitude (rms, 20Hz~20MHz)	<0. 5%
Coherent length (m)	>50
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Modulation	Modulation isn’t available.
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

31. STC-MSL-FN-660 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-660-zz-ss
Wavelength (nm)	660±1
Operating mode	CW
Output power (mW)	>1, 2, 3, … , 20
Power stability (rms, over 4 hours)	<3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.2
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

32. STC-MSL-FN-671 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-671-zz-ss
Wavelength (nm)	671±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 300	>300, … , 500
Power stability (rms, over 4 hours)	<1%, <2%, <3%	<2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2(<1.1 optional)	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.0, typical<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

33. STC-MSL-R-671 Single Longitudinal Mode Laser

Part number	STC-MSL-R-671-zz-ss
Wavelength (nm)	671±1
Operating mode	CW
Output power (mW)	>500, 600, ......, 800
Power stability (rms, over 4 hours)	<3%, <5%, <10%
Transverse mode	TEM00
Longitudinal mode Single	Single
Noise of amplitude (rms, 20Hz~20MHz)	<1%
Polarization ratio	>100:1
M2 factor	<1.5
Beam divergence, full angle (mrad)	<1.5
Beam diameter at the aperture (1/e2,mm)	~1.5
Spectral linewidth (nm)	<0.00001
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	59
Warm-up time (minutes)	<20
Cooled method	Water cooled
Operating temperature (℃)	20~25
Power supply (90-264VAC)	STC-PSU-W-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	432(L) ×218(W) ×82(H) mm, 9kg
Dimension/weight (power supply)	307(L)×168(W)×123(H) mm, 4.5 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

34. STC-MSL-RA-671 Single Longitudinal Mode Laser

Part number	STC-MSL-RA-671-zz-ss
Wavelength (nm)	671±1
Output power (mW)	>1, 10, …, 1000
Transverse mode	TEM00
Operating mode	CW
Longitudinal mode Single	Single
Spectral linewidth (nm)	<0.00001
Power stability (rms, over 4 hours)	<3%, <5%
Noise of amplitude (rms, 20Hz~20MHz)	<1%
Beam diameter at the aperture (1/e2,mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
M2 factor	<1.2
Pointing stability after warm-up (mrad)	<0.05
Polarization ratio	>100:1
Warm-up time (minutes)	<10
Beam height from base plate (mm)	51
Operating temperature (℃)	20~30
Cooled method	Water cooled
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 4kg
Dimension/weight (power supply)	275 (L) ×146(W) ×104 (H) mm, 2.4 kg
Dimension/weight (chiller)	592 (L) ×485W) ×212(H) mm, 15kg

35. STC-MSL-W-671 Single Longitudinal Mode Laser

Part number	STC-MSL-W-671-zz-ss
Wavelength (nm)	671±1
Output power (mW)	>800, 1000, …, 2500
Transverse mode	TEM00
Operating mode	CW
Longitudinal mode Single	Single
Spectral linewidth (nm)	<0.00001
Power stability (rms, over 4 hours)	<3%, <5%
Noise of amplitude (rms, 20Hz~20MHz)	<1%
M2 factor	<1.5
Beam divergence, full angle (mrad)	<1.5
Beam diameter at the aperture (1/e2,mm)	<3.0
Pointing stability after warm-up (mrad)	<0.05
Polarization ratio	>100:1
Warm-up time (minutes)	<20
Beam height from base plate (mm)	58
Cooled method	Water cooled
Operating temperature (℃)	20~25
Power supply (90-264VAC)	STC-PSU-W-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	408(L) ×225(W) ×78(H) mm, 5.7kg
Dimension/weight (power supply)	307(L)×168(W)×123(H) mm, 4.5 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

36. STC-MSL-FN-721 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-721-zz-ss
Wavelength (nm)	721±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 50	>50, … , 100
Power stability (rms, over 4 hours)	<3%, <5%	<3%, <5%, <10%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

37. STC-MSL-FN-914 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-914-zz-ss
Wavelength (nm)	914±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<1.5
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

38. STC-MSL-FN-946 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-946-zz-ss
Wavelength (nm)	946±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%,
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

39. STC-MSL-FN-1030 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1030-zz-ss
Wavelength (nm)	1030±2
Operating mode	CW
Output power (mW)	>1, 5, 10, … , 20
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	~2
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

40. STC-MSL-U-1047 Single Longitudinal Mode Laser

Part number	STC-U-1047-zz-ss
Central wavelength (nm)	1047
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 200	>200, … , 500
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	0.70±0.05
Beam divergence (mrad)	<1.5
Polarization Ratio	>100:1, Horizontal±5 degree
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Laser head consumption(W)	15 (typical) , <25 (40℃)
Max. Laser Head Base plate Temp (°C)	50
Operating Temperature (°C)	10-40
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	136(L)×60(W) ×50(H) mm, 1.5 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

41. STC-MSL-FN-1047 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1047-zz-ss
Wavelength (nm)	1047±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 300	>300, … , 800
Power stability (rms, over 4 hours)	<2%, <3%, <5%	<3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.5
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

42. STC-MSL-FN-1053 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1053-zz-ss
Wavelength (nm)	1053±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100	>100, … , 200
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.5
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

43. STC-MSL-S-1064 Single Longitudinal Mode Laser

Part number	STC-MSL-S-1064-A (Harsh condition)		STC-MSL-S-1064-B (Normal condition)
Central wavelength (nm)	1064±1
Operating mode	CW
Output power (mW)	>1,5,10,20,…,100	>100,…,200		>1,5,10,20,…,100	>100,…,200
Power stability (rms, over 4 hours)	<1%, <2%, <3%	<2%, <3%		<1%, <2%, <3%	<2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
M2 factor	<1.2
Beam diameter at the aperture( 1/e2 ,mm)	1.00±0.05
Beam divergence, full angle (mrad)	<1.7
Pointing stability after warm-up (mrad)	<0.05
Pointing stability Over Temp. (μrad/°C)	<8
Warm-up time (minutes)	<5
Beam height from base plate (mm)	19
Power Consumption(W)	<40
Shock Tolerance(6ms)	7g laterally,15g vertically
IP Rating	IP67			IP65
Power supply(90-264VAC)	STC-PSU-H-FDA			STC-PSU-A-F
Operating temperature (℃)	0-60			10-35
Max. Heat Dissipation of Head(W)	10W@50℃			4W@25℃
Modulation	Modulation isn’t available.
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	100 (L) ×40 (W) ×40(H) mm, 0.36kg
Dimension/weight (power supply)	236(L) ×145(W) ×104 (H) mm, 2.3kg (H-FDA) 162(L) × 144(W) ×55(H) mm, 0.5kg (A-F)

44. STC-MSL-III-1064 Single Longitudinal Mode Laser

Part number	STC-MSL-III-1064-zz-ss
Wavelength (nm)	1064±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 500	>500, … , 1000
Power stability (rms, over 4 hours)	<1%, <2%, <3%	2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<1.5(<1.2 optional)		<1.5
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	24.8
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-III-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 0.6kg
Dimension/weight (power supply)	133 (L) ×130(W) ×62.2 (H) mm, 1.2kg

45. STC-MSL-R-1064 Single Longitudinal Mode Laser

Part number	STC-MSL-R-1064-zz-ss
Wavelength (nm)	1064±1
Operating mode	CW
Output power (W)	>1, 2, ..., 10
Power stability (rms, over 4 hours)	<1%, <2%,<3%, <5%
Transverse mode	TEM00
Longitudinal mode Single	Single
Noise of amplitude (rms, 20Hz~20MHz)	<0.5%
Polarization ratio	>100:1
M2 factor	<1.5
Beam divergence, full angle (mrad)	<1.5
Beam diameter at the aperture (1/e2,mm)	~1.5
Pointing stability after warm-up (mrad)	<0.05
Spectral linewidth (nm)	<0.00001
Beam height from base plate (mm)	59
Warm-up time (minutes)	<20
Cooled method	Water cooled
Operating temperature (℃)	20~30
Power supply (90-264VAC)	STC-PSU-W-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	432(L) ×218(W) ×82(H) mm, 9kg
Dimension/weight (power supply)	307(L)×168(W)×123(H) mm, 4.5 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

46. STC-MSL-AO-1064 Single Longitudinal Mode Laser

Part number	STC-MSL-AO-1064-zz-ss
Wavelength (nm)	1064±1
Operating mode	Acousto-Optic Q-switched
Single pulse energy (μJ)	1~200
Longitudinal mode	Single
Pulse duration (ns)	<25
Peak power (kW)	1~8
Rep. rate (Hz)	1~1000
Polarization ratio	>100:1
Ave power stability (over 4 hours)	<3%, <5%
Beam divergence, full angle (mrad)	<2
Beam diameter at the aperture (1/e2,mm)	~2
Beam height from base plate (mm)	59
Warm-up time (minutes)	<20
Cooled method	Water Cooled
Operating temperature (℃)	20~30
Power supply (90-264VAC)	STC-PSU-AOM(3U)
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	432(L) ×218(W) ×82(H) mm, 9kg
Dimension/weight (power supply)	483.5 (L) ×454 (W) ×147.5 (H) mm, 8.3 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

47. STC-FL-1064-SF Single Longitudinal Mode Laser

Part number	STC-FL-1064-SF-zz-ss
Wavelength (nm)	1064±1
Operating mode	CW
Output power (mW)	10, 100, 500
Power stability (rms, over 4 hours)	<1%, <2%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (KHz)	<100
Frequency shift (MHz)	<10@1hour
M2 factor	<1.2
Beam Delivery Optics	FC/APC
Polarization ratio(dB)	>15
Warm-up time (minutes)	<30
Operating temperature (℃)	15~30
Power supply (V DC)	12
Expected lifetime (hours)	10000
Warranty	1 year
Options	RS 232 interface, PZT tuning
Dimension/weight	420(L)×380(W) ×49(H)mm, 7 kg

48. STC-MSL-FN-1112 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1112-zz-ss
Wavelength (nm)	1112±3
Operating mode	CW
Output power (mW)	>1, 5, 10, … , 20
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	~2
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

49. STC-MSL-FN-1122 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1122-zz-ss
Wavelength (nm)	1122±3
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 80
Power stability (rms, over 4 hours)	<1%, <2%, <3%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%
M2 factor	<1.2
Beam diameter at the aperture (1/e2, mm)	~2
Beam divergence, full angle (mrad)	<1.2
Polarization ratio	>100:1, Vertical±5 degree (Horizontal Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

50. STC-MSL-FN-1313 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1313-zz-ss
Wavelength (nm)	1313±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 200	>200, … , 500
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<2.0
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

51. STC-MSL-FN-1319 Single Longitudinal Mode Laser

Part number	STC-MSL-FN-1319-zz-ss
Wavelength (nm)	1319±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 50
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<2.0
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	27.4
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-H-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	197(L)×70(W)×50(H) mm, 2.0 kg
Dimension/weight (power supply)	236(L) ×145(W) ×104(H) mm, 2.3kg

Note: The laser head needs to be used on a heat sink with good heat dissipation.

52. STC-MSL-III-1342 Single Longitudinal Mode Laser

Part number	STC-MSL-III-1342-zz-ss
Wavelength (nm)	1342±1
Operating mode	CW
Output power (mW)	>1, 5, 10, 20, … , 100	>100, … , 200
Power stability (rms, over 4 hours)	<1%, <2%, <3%, <5%	<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (nm)	<0.00001
Coherent length (m)	>50
Noise of amplitude (rms, 1Hz~20MHz)	<1%, typical<0.5%
M2 factor	<2.0
Beam diameter at the aperture (1/e2, mm)	<2.0
Beam divergence, full angle (mrad)	<1.5
Polarization ratio	>100:1, Horizontal±5 degree (Vertical Optional)
Warm-up time (minutes)	<10
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	24.8
Operating temperature (℃)	15~35
Power supply (90-264VAC)	STC-PSU-III-FDA
Expected lifetime (hours)	10000
Warranty	1 year
Dimension/weight (laser head)	140.5 (L) × 73 (W) ×46.2 (H) mm, 0.6kg
Dimension/weight (power supply)	133 (L) ×130(W) ×62.2 (H) mm, 1.2kg

53. STC-MSL-R-1342 Single Longitudinal Mode Laser

Part number	STC-MSL-R-1342-zz-ss
Wavelength (nm)	1342±1
Operating mode	CW
Output power (W)	>1, 2, ..., 5
Power stability (rms, over 4 hours)	<1%,<2%, <3%, <5%
Transverse mode	TEM00
Longitudinal mode Single	Single
Noise of amplitude (rms, 20Hz~20MHz)	<0.5%
Polarization ratio	>100:1
M2 factor	<1.5
Beam divergence, full angle (mrad)	<1.5
Beam diameter at the aperture (1/e2,mm)	~1.5
Spectral linewidth (nm)	<0.00001
Pointing stability after warm-up (mrad)	<0.05
Beam height from base plate (mm)	59
Warm-up time (minutes)	<20
Cooled method	Water cooled
Operating temperature (℃)	20~30
Power supply (90-264VAC)	STC-PSU-W-FDA
Expected lifetime (hours)	10000
Warranty period	1 year
Dimension/weight (laser head)	432(L) ×218(W) ×82(H) mm, 9kg
Dimension/weight (power supply)	307(L)×168(W)×123(H) mm, 4.5 kg
Dimension/weight (chiller)	587.5(L)×482(W)×187.5(H) mm, 17 kg

54. STC-FL-1550-SF Single Longitudinal Mode Laser

Part number	STC-FL-1550-SF-II-zz-ss	STC-FL-1550-SF-I-zz-ss
Wavelength (nm)	1550±1
Operating mode	CW
Output power (mW)	1~500	1~1000
Power stability (rms, over 4 hours)	<1%, <2%
Transverse mode	TEM00
Longitudinal mode	Single
Spectral linewidth (kHz)	<100	<2000
M2 factor	<1.2
Beam Delivery Optics	FC/APC
Polarization ratio(dB)	>15
Warm-up time (minutes)	<15
Beam height from base plate (mm)	58
Operating temperature (℃)	15~35
Power supply (V DC)	12
Expected lifetime (hours)	10000
Warranty	1 year
Options	RS 232 interface
Dimension/weight	420(L)×380(W) ×49(H)mm, 7 kg	264(L)×214(W) ×75(H), 3 kg

SFQCW-266nm Series CW Single-frequency DPSS Lasers

The DPSS CW deep UV laser series SFQCW-266, diode pumped continuous wave solid state laser, comes with a resonant frequency conversion stage, emitting a fixed wavelength of 266nm. The laser head is contained in a sealed aluminium housing, which allows operation in a wide range of environmental conditions. Heat removal from the laser head is done by air convection.

The SFQCW-266 plug & play laser comes with a control unit, allowing either push button control or remote control operation via serial (RS232 & USB) interface. The lasers offer excellent beam quality with an M2 below 1.3 , beam divergence below 0.8mrad (full angle), low intensity noise below 0.5% rms (100 kHz-10MHz) and a good power stability (<1% in 8 hours). These CW laser units are the proper tools for industrial use and intensive R&D applications as Raman Spectroscopy, Wafer inspection and Photoluminescence where a long coherence length is required.

Features:

Single frequency
Low noise
TEM00
Long coherence length of 1000m
High beam quality M2 < 1.3
Small footprint (rugged and compact)
Conduction cooling
User friendly
Line width < 300 kHz

Applications:

Raman
Inspections
Analytics
DVD mastering

Model	SFQCW-266-10	SFQCW-266-50	SFQCW-266-100	SFQCW-266-200
Nominal output power	10mW	50mW	100mW	200mW
Output power stability	2-12mW	5-55mW	10-110mW	20-220mW
Wavelength	266nm
Linewidth	<300kHz
Coherence length	>1000m
Beam quality factor M2	<1.3
Polarization	Vertical, >100:1
Beam diameter	0.55mm±20%
Beam divergence(full angle)	<0.8mrad
Beam positioning stability1	<3urad/K
Static alignment tolerance4	Position<±0.25mm, Angle<±2.5mrad
Power stability1 (8h, 1s average)	<1% rms
Noise (100kHz-10MHz)	<0.5% rms
Line voltage	90V – 250VAC
Power consumption mean (Max)	100W (200W)
Communication interface	USB/RS232
Safety equipment	Key switch, interlock
Dimensions control unit	363x325x115 mm
Weight control unit	5.3kg
Dimensions laser head	379x270x91 mm			379(+50)5x270x91 mm
Weight laser head	17kg
Operating temperature	20-35°C non-condensing
Warm-up time (cold start)	<15minutes
Purge Interface for Exit Window				CDA 0.5LPM, ~2%rH, particle filter 0.01μm

Notes:

After 30 minutes warm-up in the temperature range 20 - 35°C, temperature change < 1°C/hour.
2. The exit window is equipped with the Manual Window Shifter (MWS) in case of external photo contamination.
This laser system is not equipped with the Automatic Crystal Shifter (ACS) due to the lower power densities on all internal optical elements.
Position and angle of static alignment tolerances are specified with regard to laser beam exit.
Length of laser head is +50mm expanding by using purge interface.

Data Sheet

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STC Series Single Frequency DPSS Lasers (Single Longitudinal Mode Lasers)

List of STC Series Single Longitidunal Mode Lasers

1. STC-MSL-FN-360 Single Longitudinal Mode Laser

2. STC-MSL-FN-457 Single Longitudinal Mode Laser

3. STC-MSL-RA-457 Single Longitudinal Mode Laser

4. STC-MSL-W-457 Single Longitudinal Mode Laser

5. STC-MSL-FN-473 Single Longitudinal Mode Laser

6. STC-MSL-F-515 Single Longitudinal Mode Laser

7. STC-MSL-III-523.5 Single Longitudinal Mode Laser

8. STC-MSL-FN-523.5 Single Longitudinal Mode Laser

9. STC-MSL-III-526.5 Single Longitudinal Mode Laser

10. STC-MSL-FN-526.5 Single Longitudinal Mode Laser

11. STC-MSL-S-530 Single Longitudinal Mode Laser

12. STC-MSL-DS-530 Single Longitudinal Mode Laser

13. STC-MSL-III-532 Single Longitudinal Mode Laser

14. STC-MSL-S-532 Single Longitudinal Mode Laser

15. STC-MSL-DS-532 Single Longitudinal Mode Laser

16. STC-MSL-FN-532 Single Longitudinal Mode Laser

17. STC-MSL-F-532 Single Longitudinal Mode Laser

18. STC-MSL-RA-532 Single Longitudinal Mode Laser

19. STC-MSL-R-532 Single Longitudinal Mode Laser

20. STC-MSL-AO-532 Single Longitudinal Mode Laser

21. STC-MSL-FN-543 Single Longitudinal Mode Laser

22. STC-MSL-FN-556 Single Longitudinal Mode Laser

23. STC-MSL-FN-561 Single Longitudinal Mode Laser

24. STC-MSL-F-577 Single Longitudinal Mode Laser

25. STC-MSL-FN-588 Single Longitudinal Mode Laser

26. STC-MSL-F-589 Single Longitudinal Mode Laser

27. STC-MSL-RA-589 Single Longitudinal Mode Laser

28. STC-MSL-FN-607 Single Longitudinal Mode Laser

29. STC-MSL-FN-639 Single Longitudinal Mode Laser

30. STC-MSL-FN-656.5 Single Longitudinal Mode Laser

31. STC-MSL-FN-660 Single Longitudinal Mode Laser

32. STC-MSL-FN-671 Single Longitudinal Mode Laser

33. STC-MSL-R-671 Single Longitudinal Mode Laser

34. STC-MSL-RA-671 Single Longitudinal Mode Laser

35. STC-MSL-W-671 Single Longitudinal Mode Laser

36. STC-MSL-FN-721 Single Longitudinal Mode Laser

37. STC-MSL-FN-914 Single Longitudinal Mode Laser

38. STC-MSL-FN-946 Single Longitudinal Mode Laser

39. STC-MSL-FN-1030 Single Longitudinal Mode Laser

40. STC-MSL-U-1047 Single Longitudinal Mode Laser

41. STC-MSL-FN-1047 Single Longitudinal Mode Laser

42. STC-MSL-FN-1053 Single Longitudinal Mode Laser

43. STC-MSL-S-1064 Single Longitudinal Mode Laser

44. STC-MSL-III-1064 Single Longitudinal Mode Laser

45. STC-MSL-R-1064 Single Longitudinal Mode Laser

46. STC-MSL-AO-1064 Single Longitudinal Mode Laser

47. STC-FL-1064-SF Single Longitudinal Mode Laser

48. STC-MSL-FN-1112 Single Longitudinal Mode Laser

49. STC-MSL-FN-1122 Single Longitudinal Mode Laser

50. STC-MSL-FN-1313 Single Longitudinal Mode Laser

51. STC-MSL-FN-1319 Single Longitudinal Mode Laser