Single Frequency Lasers

Single Frequency Lasers

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.

STF Series Narrow Linewidth Single-frequency Laser Diodes

1. Free Space Narrow Linewidth Laser Diode 785nm 350mW

diode laser

Applications:

  • Raman Spectroscopy
  • Medical
  • Spectrum Analysis
  • Scientific Research

Part number: STF-FRLD-785-350-FS-VBG-BTF

Specifications Unit Min Typ Max
Optical Data
CW Output Power mW 350 - -
Center Wavelength  nm 784.5 785.0 785.5
Spectral Width (FWHM) nm - - 0.1
Temperature Drift of  nm/°C - 0.01 -
Current Drift of  nm/A - 0.05 -
Electrical Data
Threshold Current A - 0.4 -
Operation Current A - 0.9 -
Operation Voltage V - 2.0 -
Slope Efficiency W/A - 0.7 -
PD Data
Current μA - - 2000
Thermistor kΩ / β(25°) 10±5% / 3450
TEC Data
Max. Current A - - 2.5
Max. Voltage V - - 6.3
Specifications Unit Min Typ Max
Temperature Conditions
Case Operation Temperature °C 10 - 30
Storage Temperature °C -20 - 70
Other Parameters
Lead Soldering Temperature °C - - 250
Lead Soldering Time sec - - 10
Relative Humidity (Operating) % - - 75
Relative Humidity (Storage) % - - 90
Dimension mm 38.1x12.7x8.1

2. Wavelength-stabilized Laser Diode 785nm 100mW

diode laser

Features:

  • Wavelength 785nm
  • CW Output Power 100mW

Part number: STF-FRLD-785-100-VBG-TO56

Specifications Unit Min Typ Max
Optical Data
CW Output Power mW 100 - -
Center Wavelength  nm 784.5 785.0 785.5
Spectral Width (FWHM) nm - - 0.1
Temperature Drift of  nm/°C - 0.01 -
Electrical Data
Threshold Current mA - 50 -
Operation Current mA - 120 -
Slope Efficiency W/A - 0.85 -
Operation Voltage V - 2.0 -
Temperature Conditions
Case Operation Temperature °C 20 - 30
Storage Temperature °C -20 - 70
Other Parameters
Lead Soldering Temperature °C - - 250
Lead Soldering Time sec - - 10
Relative Humidity (Operating) % - - 75
Relative Humidity (Storage) % - - 90
Dimension mm Dia. 5.4x12.6

3. VBG Narrow-line Laser Diode 780nm 100mW

STF-FOLD-785-100S-VBG is a single mode semiconductor laser diode with 100mW CW output power at 785nm. Due to the integrated VBG the wavelength is fixed and the spectral width is very narrow. It is suitable for the use in various optoelectronic applications.

diode laser

APPLICATIONS:

  • Raman Spectroscopy
  • Bio-Instrumentation
  • Metrology
  • Sensing
  • Analytical Instrumentation

Optical and electrical characteristics (T = 25°C, P = 100mW):

Part number: STF-FOLD-785-100S-VBG

Operating Parameters Symbol Min Typ Max Unit
Optical Power Pout - - 100 mW
Wavelength 784 785 786 nm
Line Width  - 175 - MHz
Threshold Current Ith - 50 - mA
Forward Current If - 130 200 mA
Forward Voltage Vf - 1.3 2.2 V
Reverse Voltage Vr - - 2 V
Slope Efficiency P/I - 0.9 - mW/mA
Beam Divergence, Perpendic.  - 25 - °
Beam Divergence, Parallel || - 10 - °
Operating Temperature Top 0 - 40 °C
Central Stabilized Temperature Tc 15 - 35 °C
Stabilized Temperature Range Tr 15 - - °C
Storage Temperature Ts -20 - 70 °C
Emitter Size Es 1.5 x 3 µm
Coherence Length > 1m
Polarization Orientation TE
Dimension Dia 4.4x3.9mm

diode lasers

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

single frequency fiber laser

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:

  1. Wavelength selectable from range. Other wavelengths available.
  2. Other power levels available
  3. Linewidth based on self-heterodyne measurement with 120μS delay line.
  4. Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
  5. ~80dB typical
  6. Continuous mode-hop-free tuning range operating with a case temperature of 25 degrees C
  7. Internal PZT driver included (+/-10V)
  8. External PZT drive required -20 to +65V
  9. 64pm @ 1550nm / 30pm @ 1064nm
  10. External signal required to reach 40kHz. Up to 14kHz @3dB bandwidth for internal driver
  11. <0.1% RMS in current mode
  12. 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

single frequency fiber laser

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

single frequency fiber laser

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:

  1. Wavelength selectable from range. Other wavelengths available.
  2. Other power levels available
  3. Linewidth based on self-heterodyne measurement with 120μS delay line.
  4. Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
  5. ~80dB typical
  6. Continuous mode-hop-free tuning range operating with a case temperature of 25 degrees C
  7. Internal PZT driver included (+/-10V)
  8. External PZT drive required -20 to +65V
  9. 64pm @ 1550nm / 30pm @ 1064nm
  10. External signal required to reach 40kHz. Up to 14kHz @3dB bandwidth for internal driver
  11. <0.1% RMS in current mode
  12. 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

single frequency fiber laser

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

single frequency fiber laser

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:

  1. Wavelength selectable from range. Other wavelengths available.
  2. Other power levels available.
  3. Linewidth based on self-heterodyne measurement with 120μS delay line.
  4. Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
  5. ~70dB typical
  6. Operating with case temperature of 25 degrees C
  7. Internal PZT driver included (+/-10V)
  8. 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

single frequency fiber laser

4. Rock High Power Single-frequency Fiber Lasers

single frequency fiber laser

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:

  1. Wavelength selectable from range. Other wavelengths available.
  2. Different Power Levels may have different packaging.
  3. Linewidth based on self-‐heterodyne measurement with 120μS delay line.
  4. Over 1 hour with base temperature constant within 0.2 degrees C after a 30 minute warm-up
  5. ~70dB typical
  6. Operating with case temperature of 25 degrees C
  7. Internal PZT driver included (+/-10V)
  8. External trigger required. Up to 14kHz @ 3dB bandwidth for internal driver
  9. 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

single frequency fiber laser

5. ROCK Injection Seeder Laser System

single frequency fiber laser

  • 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

single frequency fiber laser

6. Rock Brillouin Laser Source

single frequency fiber laser

  • 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.

single frequency fiber laser

7. 2um Single Frequency Fiber Laser Source

single frequency fiber laser

  • 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.

single frequency fiber laser

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.

single frequency fiber laser

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

single frequency fiber laser

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.

Single frequency fiber laser

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
STC-MSL-FN-523.5 50~100
526.5 STC-MSL-III-526.5 1~20
STC-MSL-FN-526.5 20~100
530 STC-MSL-S-530 1~50 Good seal IP67
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
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
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
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.

single frequency lasers

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) 1 97(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

STU Series Single Frequency DPSS Lasers (NIR-UV)

  • Leading edge research
  • Any wavelength from NIR to UV
  • Up to ten times higher conversion efficiency
  • Excellent beam quality with M2 <1.05

Brief Description :

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, using our proprietary patented Bragg Range Michelson Mode Selector (BRaMMS) DPSS laser technology. Whereas conventional light can be dispersed by a prism into a spectrum of constituent colours, our lasers emit just one ultra pure colour.

Any wavelength from NIR to UV using a single engineering platform based on our proprietary patented BRaMMS DPSS laser technology, We develop and produce single frequency DPSS lasers for demanding applications in:

  • Leading edge research
  • Life sciences, BioMed
  • Semicon
  • Environmental metrology, etc

Using the BRaMMS laser technology we can offer any wavelength within spectrum range

  • from IR (around 2µm) to through deep UV ( <200nm)
  • from our range of DPSS lasers operating in the CW single frequency regime. This is unique for a single platform laser technology.

All products feature laser cavity feedback locked single longitudinal mode CW performance with no lock loss and mode hops during 100s of hours of nonstop operation.

The excellent beam quality with M2 <1.05 emerges from the smallest footprint and at the lowest power consumption for given output, with noise figure as low as < 0.1%rms (10Hz-10MHz).

Benefits of our laser design include:

  • Up to ten times higher conversion efficiency
  • Power scalability without water cooling
  • No mode beating & associated high frequency noise, which often limits applicability
  • The longest coherence length of over 100m, effectively the path difference over which lasers can interfere.

It utilises the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by VBG (Volume Bragg Grating). This suppresses all but one lasing longitudinal mode within a laser cavity. Hence – Bragg Range Michelson Mode Selector (BRaMMS).

Due to significantly lower power consumption for any required output and the resulting simplified thermal management, the BRaMMS laser technology provides up to 10 times wider range of output power scalability from the smallest footprint.

We advance this technology via three main engineering lines:

  • STU-Solo-XXXX/XXXX, covering spectrum range 700nm-2000nm by the generation at the fundamental wavelength;
  • STU-Duetto-XXX/XXXX, covering spectrum range 350nm -780nm by an intracavity second harmonic generation;
  • STU-Quartetto-XXX/XXXX, covering spectrum range 200nm – 380nm by an intracavity fourth harmonic generation.
Technology Feature Benefit Details
Ultra high efficiency for 2ndharmonic conversion Unique output power scalability Upto 10 times higher conversion efficiency than leading designs
Feedback locked Single Longitudinal Mode CW operation Very low noise, free from mode hops < 0.1% rms < 1MHz line width
Long coherence length, > 100m A much broader range of applications From light hungry Bio-Med to very large scale metrological applications
Gaussian beam profile Diffraction limited spot size TEM00, < 1 mrad pergence
Stabilised thermal management at multiple points Very high beam pointing stability ≤ 5µrad/ ºC
Low power consumption Reduced requirement for laser head heat dissipation; no fans required From < 20W; lowest power consumption for given output
Compact laser head and separate controller communicating via GUI with a notebook Greatly reduced real estate Laser heads from 50mm x 50mm x120mm; Controllers from 170mm x 53.5mm x163mm

Our laser technology is wordwide protected by:

  • US 8,498,316 – Intra-Cavity Second Harmonic Generation (SHG) Laser Device
  • EPO 10173991 – Intra-Cavity Second Harmonic Generation (SHG) Laser Device (pending)

Our technology is able to displace bulky and inefficient gas lasers like argon-ion or helium cadmium lasers, dinosaurs of the laser industry. Our Single Frequency DPSS lasers are compact, reliable and long life systems, in demand for many cutting edge research and industrial applications, for example:

  • life sciences instrumentation,
  • semiconductor wafer metrology,
  • holographic imaging,
  • particle trapping,
  • wind turbine power generation,
  • avionic technologies…

Using the BRaMMS laser technology we can offer any wavelength within the spectrum range from IR (around 2000nm) through deep UV ( <200nm) from its range of DPSS lasers operating in the CW Single Frequency regime.

Additionally, due to the significantly lower power consumption for any required output and the resulting simplified thermal management, the BRaMMS laser technology provides up to a 10 times wider range of output power scalability from the smallest footprint. This opens up applications in portable and remotely controlled systems and devices which until our products were available have never before considered feasible.

The following products have been released for sale:

  • STU-Solo – 1064/XXXX from 50mW to 3W output power at 1064nm SLM
  • STU-Duetto – 532/XXXX from 50mW to 2W output power at 532nm SLM
  • STU-Duetto – 515/XXXX from 50mW to 1W output power at 515nm SLM
  • STU-Duetto – 442/XXX from 10mW to 150mW output power at 442nm SLM
  • STU-Duetto – 355/XXX from 10mW to 100mW output power at 355nm SLM
  • STU-Duetto – 266/XXX from 10mW to 200mW output power at 266nm SLM

BRaMMS-Customised – We can deliver any wavelength and adjust the power accordingly. Let’s discuss your requirements and find the best solution. You can open the product specification details by clicking on the relevant data sheet on the right hand side.

Applications:

We are the only company to be able to configure Continuous Wave, Single Frequency Lasers to uniquely emit at any wavelength covering the spectral range from Near Infra-Red to Ultra-Violet from a single universal technology platform, using proprietary patented BRaMMS technology.

The potential applications range is vast:

  • holographic art to large scale structural analysis;
  • from pharmaceutical instrumentation to cutting edge particle trapping techniques;
  • from semiconductor wafer micro-processing to wind turbine power generation and avionic technologies.

Our novel patented BRaMMS technology provides reliable, cost effective, compact all-solid-state and class leading solutions for both well established and currently unavailable, but demanded, wavelengths. This opens up applications in portable and remotely controlled systems and devices, which have been never before considered feasible.

The newest generation of ultra compact, air cooled all solid state products is a new choice on the current deep UV spectrum market and a strong competitor to the pulsed laser technologies traditionally offered by large excimer UV gas lasers and water cooled frequency tripled/quadrupled Nd:YAG systems.

Let’s look at our newer laser with wavelength of 515nm. This laser has a scalable output power up to several Watts, and is a compact, reliable and long life plug-and-play replacement for the bulky and inefficient argon-ion gas laser with the same green emission.

The new laser will feature optimised second harmonic generation of the diode pumped ytterbium doped YAG (Yb:YAG) laser at 1030nm using our novel patented BRaMMS technology.

Argon ion lasers have been around since the end of the 1960’s and found broad applications in areas such as holography, printing, digital imaging, non-destructive testing including semiconductor inspection, spectroscopy, optical pumping, confocal microscopy, flow cytometry, DNA sequencers, compact disc and DVD mastering, photomask direct imaging, printed circuit board direct imaging, and precision optics inspection. However, they suffer disadvantages of being bulky (high power versions are several meters long) and inefficient (a 1W single frequency green laser has an efficiency of 0.01% requiring a large 10kW power supply with commensurate water cooling).

Benefits of our laser design include up to several orders of magnitude higher conversion efficiency, giving them unique output power scalability while eliminating the need for water cooling, a lack of mode beating and associated high frequency noise which often limits applicability, and the longest coherence length, over 100m, effectively the path difference over which lasers can interfere.

1. STU-Solo 1064/XXXX

  • from 50mW to 3W output power at 1064nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance, < 0.1% rms
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output
Output Power (CW) mW low power version: 5‐ 200
high power version:500-3000
Wavelength nm 1064
Output Beam Diameter, TEM00 mm low power version: 0.8
high power version: 1
Beam Divergence mrad < 1, diffraction limited
Beam Pointing Stability μrad/°C ≤ 5
Longitudinal Mode Structure SLM
Line Width MHz < 0.5
Line Spectral Position Stability MHz (pm) +/‐ 50 (+/‐0.2) within 4 hrs of CW operation
Coherence Length m > 100
Mode Hops Free Fine Tuning Range GHz 25 –30 (optional)
Polarisation Linear, Vertical; ≥100:1
Output Power Noise % ≤ 0.1rms, ≤ 1p‐p (10Hz –10MHz)
Output Power Stability % ≤2, within any 4 hours ofCW operation
Working Temperatures °C 15 –35, conductive cooling viamounting interface
Storage Temperatures °C ‐20 to 75
Humidity % 5 ‐95, non‐condensing
Warm up time min <10
Dimensions and Electrical:
Operating Voltage VAC 90 to 240
Frequency Hz 50‐60
Power Consumption W <20
Dimension mm Low power version: Laser Head 50x50x120; Controller 170x53.5x163
High power version: Laser Head 80x75x198; Controller 170x53.5x223
  • Fixed output power turnkey system, CW operation, factory aligned and sealed.
  • Specification may be subject to change without notice.

2. STU-Duetto 532/XXXX

  • from 50mW to 2W output power at 532nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance, < 0.1% rms
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output
Units Low Power Version High Power Version
Output Power (CW) mW 50‐150 300‐2000
Wavelength nm 532
Output Beam Diameter, TEM00 mm 0.8 1
Beam Divergence mrad < 1, diffraction limited
Beam Pointing Stability μrad/°C ≤ 5
Longitudinal Mode Structure SLM
Line Width MHz < 0.5
Line Spectral Position Stability MHz (pm) +/‐ 50 (+/‐0.2) within 4 hrs of CW operation
Coherence Length m > 100
Mode Hops Free Fine Tuning Range GHz 25 –30 (optional)
Polarisation Linear, Vertical; ≥100:1
Output Power Noise % ≤ 0.1rms, ≤ 1p‐p (10Hz –10MHz)
Output Power Stability % ≤2, within any 4 hours of CW operation
Working Temperatures °C 15 –35, conductive cooling via mounting interface
Storage Temperatures °C ‐20 to 75
Humidity % 5 ‐95, non‐condensing
Warm up time min <10 <15
Operating Voltage VAC 90 to 240
Frequency Hz 50‐60
Power Consumption W <20 <60
Dimension mm Laser Head 50x50x120; Controller 170x53.5x163 Laser Head 80x75x198; Controller 170x53.5x223
  • Fixed output power turnkey system, CW operation, factory aligned and sealed.
  • Specification may be subject to change without notice.

3. STU-Duetto 515/XXXX

  • from 50mW to 1W output power at 515nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance, < 0.1% rms
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output
Output Beam Diameter, TEM00 mm 1
Beam Divergence mrad < 1, diffraction limited
Beam Pointing Stability μrad/°C ≤ 5
Longitudinal Mode Structure SLM
Line Width MHz < 0.5
Line Spectral Position Stability MHz (pm) +/‐ 50 (+/‐0.2) within 4 hrs of CW operation
Coherence Length m > 100
Mode Hops Free Fine Tuning Range GHz 25 –30 (optional)
Polarisation Linear, Vertical; ≥100:1
Output Power Noise % ≤ 0.1rms, ≤ 1p‐p (10Hz –10MHz)
Output Power Stability % ≤2, within any 4 hours of CW operation
Working Temperatures °C 15 –35, conductive cooling via mounting interface
Storage Temperatures °C ‐20 to 75
Humidity % 5 ‐95, non‐condensing
Warm up time min <15
Operating Voltage VAC 90 to 240
Frequency Hz 50‐60
Power Consumption W <60
Dimension mm Laser Head 80x75x198;
Controller 170x53.5x223

4. STU-Duetto 442/XXX

  • from 10mW to 150mW output power at 442nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance, < 0.1% rms
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output
Units Low Power Version High Power Version
Output Power (CW) mW 10‐80 100‐150
Wavelength nm 442
Output Beam Diameter, TEM00 mm 0.8 1
Beam Divergence mrad < 1, diffraction limited
Beam Pointing Stability μrad/°C ≤ 5
Longitudinal Mode Structure SLM
Line Width MHz < 0.5
Line Spectral Position Stability MHz (pm) +/‐ 50 (+/‐0.2) within 4 hrs of CW operation
Coherence Length m > 100
Mode Hops Free Fine Tuning Range GHz 25 –30 (optional)
Polarisation Linear, Vertical; ≥100:1
Output Power Noise % ≤ 0.1rms, ≤ 1p‐p (10Hz –10MHz)
Output Power Stability % ≤2, within any 4 hours ofCW operation
Working Temperatures °C 15 –35, conductive cooling via mounting interface
Storage Temperatures °C ‐20 to 75
Humidity % 5 ‐95, non‐condensing
Warm up time min <10 <15
Operating Voltage VAC 90 to 240
Frequency Hz 50‐60
Power Consumption W <20 <60
Dimension mm Laser Head 50x50x120; Controller 170x53.5x163 Laser Head 80x75x198; Controller 170x53.5x223
  • Fixed output power turnkey system, CW operation, factory aligned and sealed.
  • Specification may be subject to change without notice.

5. STU-Duetto 355/XXX

  • from 10mW to 100mW output power at 355nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance, < 0.1% rms
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output
Output Power (CW) mW 10‐100
Wavelength nm 355
Output Beam Diameter, TEM00 mm 0.8
Beam Divergence mrad < 1, diffraction limited
Beam PointingStability μrad/°C ≤ 5
Longitudinal Mode Structure SLM
Line Width MHz < 0.5
Line Spectral Position Stability MHz (pm) +/‐ 50 (+/‐0.2) within 4 hrs of CW operation
Coherence Length m > 100
Mode Hops Free Fine Tuning Range GHz 25 –30 (optional)
Polarisation Linear, Vertical; ≥100:1
Output Power Noise % ≤ 0.1rms, ≤ 1p‐p (10Hz –10MHz)
Output Power Stability % ≤2, within any 4 hours ofCW operation
Working Temperatures °C 15 –35, conductive cooling via mounting interface
Storage Temperatures °C ‐20 to 75
Humidity % 5 ‐95, non‐condensing
Warm up time min <15
Operating Voltage VAC 90 to 240
Frequency Hz 50‐60
Power Consumption W <50
Dimension mm Laser Head 80x75x198;
Controller 170x53.5x223
  • Fixed output power turnkey system, CW operation, factory aligned and sealed.
  • Specification may be subject to change without notice.

6. STU-Duetto 349 Single Frequency CW UV Laser

The STU-Duetto 349 UV Series offers unrivalled CW single frequency operation within the UV range, offering 50mW power with outstanding beam characteristics, high output stability, extremely low noise, small footprint, and versatile software package – making it suitable for a wide range of applications and system integrations.

single frequency lasers

KEY FEATURES

  • Ultra-narrow Linewidth: ≤ 0.5 MHz
  • High Power Stability: ≤ 2.0 % over 8 hours
  • High Spectral Stability: ± 1 pm over 8 hours
  • Designed for Integration

APPLICATIONS

Semiconductor Inspection - Wafer Fabrication - Lithography - Confocal Microscopy – Raman Spectroscopy - Biomedical/Bioengineering - Flow Cytometry - Fluorescence - Disc Mastering - Diffraction Grating Mastering - High Precision Optics - and more.

SPECIFICATIONS

Output Beam Parameters:
Output Power 50 mW
Wavelength 349 nm
Spectral Bandwidth ≤ 0.5 MHz
Spatial Mode TEM00
Spectral Stability ± 1.0 pm (over 8 hour operation)
Coherence Length > 100 m
Output Power Stability ≤ 2.0 % (over 8 hour operation)
Output Power Noise ≤ 0.1 % RMS (10 Hz – 10 MHz)
Beam Divergence ≤ 2.5 mrad, diffraction limited
Beam Diameter at Output Aperture 0.6 – 1.2 mm
Beam Pointing Stability ≤ 5 μrad/°C
Integration Features:
Plug-In USB Connectivity Combined Heatsink
Versatile Control Software Remote Diagnostic Support
Laser Head Dimensions:
L x W x H 222 x 110 x 105 mm
Beam Height 75 mm
Environmental Conditions:
Ambient Temperature Range 18 – 30 °C
Laser Head Interface Stability ± 1.5 °C
Storage 0 – 50 °C
Humidity 5 – 95 %, non-condensing
Laser Head Hermetically sealed
Optional Accessories:
Heatsink Fan-Assisted or Water-Cooled with Thermoelectric Chiller
External Manual Power Control 0 – 100 %, continuous
Warranty 12 Month Warranty For laser head and controller
Laser and Heatsink Dimensions 255 x 110 x 105 mm

Performance Data

Longterm Wavelength and Power Stability

single frequency lasers

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.

DPS lasers

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
<3urad/K
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
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.