IR-UV Lasers Sorted by Wavelengths

IR-UV Lasers Sorted by Wavelengths

CW DPSS series: CW DPSS lasers cover from 261nm to 1645nm, including the single longitudinal mode lasers, low noise lasers and multimode lasers with stabilized output power and good beam profile. Direct diode series: The most reliable technology,

  • CW DPSS series: CW DPSS lasers cover from 261nm to 1645nm, including the single longitudinal mode lasers, low noise lasers and multimode lasers with stabilized output power and good beam profile.
  • Direct diode series: The most reliable technology, cover the wavelength from 375nm to 2200nm. The new OEM version integrates the control electronics in the laser head with ultra-compact size.
  • Q-switched series: Stable single pulse energy, and narrow pulse width in passive and active operating mode. Maximum Single pulse energy is up to 20 J and output power is up to 500 W available.
  • Tunable series: The output wavelengths can be changed continuously within a certain range. Tunable lasers come with good beam quality, high stability and long life time, they are widely used in spectroscopy, photochemistry, medicine, biology, integrated optics, laser processing
  • Fiber laser series: Widely used in communication, radar, medical cosmetology, optical instrument, interference, holography, spectrum analysis, pump source, measurement, physics experiment, etc.
  • Mode-locked & Picosecond Laser Series: Superior beam quality, best reliability, pulsed duration could be less than 20ps.
  • High power fiber coupled laser system: Fiber Coupling Laser System have integrated laser diode, fiber coupling optics, laser power supply, LD current and temperature control in ONE box. Its compact dimension and convenient functions, such as power adjustment, temperature control, LED display etc, make it very suitable for pumping, scientific research, industrial and medical applications.

Sorted by Wavelength

sorted lasers by wavelengths

Available laser wavelengths are 213nm, 223nm, 244nm, 257nm, 261nm, 266nm, 303nm, 320nm, 349nm, 351nm, 355nm, 360nm, 375nm, 395nm, 397nm, 400nm, 405nm, 410nm, 415nm, 420nm, 425nm, 430nm, 440nm, 442nm, 445nm, 447nm, 450nm, 454nm, 457nm, 460nm, 462nm, 465nm, 470nm, 473nm, 480nm, 488nm, 491nm, 501nm, 505nm, 510nm, 514nm, 515nm, 520nm, 522nm, 523nm, 526nm, 530nm, 532nm, 540nm, 543nm, 550nm, 552nm, 555nm, 556nm, 561nm, 577nm, 588nm, 589nm, 594nm, 604nm, 607nm, 612nm, 622nm, 627nm, 633nm, 635nm, 637nm, 639nm, 640nm, 642nm, 650nm, 655nm, 656nm, 660nm, 665nm, 666nm, 671nm, 680nm, 685nm, 689nm, 690nm, 698nm, 705nm, 721nm, 730nm, 750nm, 760nm, 785nm, 786nm, 793nm, 800nm, 808nm, 825nm, 830nm, 845nm, 852nm, 860nm, 879nm, 880nm, 885nm, 905nm, 914nm, 915nm, 940nm, 946nm, 965nm, 975nm, 980nm, 1030nm, 1040nm, 1047nm, 1053nm, 1060nm, 1064nm, 1080nm, 1085nm, 1105nm, 1112nm, 1120nm, 1122nm, 1177nm, 1208nm, 1268nm, 1275nm, 1310nm, 1313nm, 1319nm, 1320nm, 1342nm, 1380nm, 1392nm, 1413nm, 1444nm, 1450nm, 1470nm, 1490nm, 1532nm, 1540nm, 1550nm, 1560nm, 1573nm, 1590nm, 1600nm, 1610nm, 1645nm, 1710nm, 1850nm, 1870nm, 1900nm, 1910nm, 1940nm, 1990nm, 2096nm, 2200nm, 2796nm, 2940nm, 3000nm, 3200nm, 3400nm, 3600nm, 3800nm, 4000nm, 4200nm, 4400nm, 4500nm, 4600nm, 4800nm, 4900nm.

Customized lasers

We specialize in designing and manufacturing custom-made and OEM lasers to suit our clients' particular needs. If you don't find a specific product or accessory from above listed products, please contact us for custom-design and fabrication. We can re-design the optical, mechanical, and/or electrical components of the lasers to provide the perfect solution for you. We have the R&D, engineering, and production expertise to manufacture the lasers that are able to maintain integrity in various extreme settings and conditions.

1. 266nm UV Solid State Lasers

(1) CW UV Laser at 266 nm on request.
(2) Passively Q-switched UV Laser at 266nm
  1. STC-MPL-F-266/ 0.1~3uJ/ 1~10mW
  2. STC-MPL-Q-266/ 0.1~3uJ/ 1~30mW
  3. STC-MPL-Q1-266/ 10uJ/ 10mW, Fixed rep. rate 1kHz
  4. STC-MPL-C-266/ 0.1~10uJ/ 1~30mW, Pulse width 1ns @1kHz
  5. STC-MPL-N-266/ 0.1~10uJ/ 1~120mW, Pulse width 1.3ns
  6. STC-MPL-W-266/ 5~30uJ/ 50~600mW
(3) Actively Q-switched UV Laser at 266nm
  1. STC-AO-S-266/ 1~5uJ/ 1~10mW
  2. STC-AO-W-266/ 1~20uJ/ 1~200mW
  3. STC-EO-266-G/ 4~100uJ, High beam quality
  4. STC-EO-266-N/ 4~150uJ
  5. STC-DPS-266-Q/ 2~5mJ
(4) Picosecond Pulsed UV Laser at 266nm
  1. STC-PS-R-266/ 1~50mW, Pulse duration <20ps (Mode-locked)
  2. STC-DPS-266-Pico/ 100~500mW, Repetition frequency 5MHz
(5) Fiber Laser at 266nm
  1. STC-FL-266-PS/ 1~10mW, Pulse duration <10ps
  2. STC-FL-266-Pico/ 1~50mW, Pulse duration <900ps
  3. STC-FL-266-Nano/ 1~50mW

2. 355 nm UV Solid State Lasers

(1) High Stability UV Laser at 355nm
  1. STC-UV-F-355/ 1~10mW
  2. STC-UV-FN-360/ 1~200mW
(2) Passively Q-switched UV Laser at 355nm
  1. STC-MPL-F-355/ 0.1~15uJ/1~100mW
  2. STC-MPL-Q-355/ 0.1~15uJ/1~150mW Pulse width 1.3ns
  3. STC-MPL-N-355/ 0.1~90uJ/ 1~800mW
  4. STC-MPL-W-355/ 25~80uJ/ 400~2000mW
(3) Actively Q-switched UV Laser at 355nm
  1. STC-AO-S-355/ 1~40uJ/ 1~100mW
  2. STC-AO-L-355/ 40~100uJ/ 1~300mW
  3. STC-AO-V-355/ 1~100uJ/ 1~2W
  4. STC-AO-V-355-Water/ 1~250uJ/ 1~5W
  5. STC-EO-XS-355/ 1~50uJ/ 1~2W
  6. STC-EO-355-G/ 4~150uJ Good beam quality
  7. STC-EO-355-N/ 4~250uJ
  8. STC-DPS-355-E/ 1~2mJ
  9. STC-DPS-355-Q/ 2~10mJ Water cooled
(4) Picosecond Pulsed UV Laser at 355nm
  1. STC-DPS-355-Pico/ 100~700mW
  2. STC-PS-R-355/ 1~2000mW
  3. STC-DPS-355-PS/ 1~6000mW Water cooled
(5) Lamp Pumped Q-switched Laser at 355nm
  1. STC-LPS-355-S/ 20~80mJ
  2. STC-LPS-355-L/ 80~200mJ
(6) Fiber Laser at 355nm
  1. STC-FL-355-PS/ 1~50mW Pulse duration <10ps
  2. STC-FL-355-Pico/ 1~50mW Pulse duration <900ps
  3. STC-FL-355-Nano/ 1~300mW
(7) Fiber Coupled Laser System at 355nm STC-MPL-355 (FC)/ 1~1500mW. All STC series lasers can be fiber coupled with different core diameter MM fiber or SM fiber. Please refer to the detailed specs of each laser (such as power, stability, noise, size, etc) to decide which one is suitable for your application. The fiber connectors are FC/SMA905. We will do the coupling job according to your specific requirements.

3. 532 nm Green Solid State Lasers

We offer the diverse of 532nm laser sources for a broad range of industrial, medical and scientific applications. For CW operating mode lasers, the output power is up to 20W available. For Q-switched operating mode lasers, the high power laser series is up to 200W available, and high energy laser series is up to 450mJ available.

(1) High Stability Laser Perfect beam quality; Long-term stability <1%
(2) Low Noise Laser RMS noise <1.0% ( <0.5% optional); Linewidth <0.003nm optional
(3) Single Frequency Lasers (Single Longitudinal Mode) Ultra low noise <0.5%; Line width <0.00001nm
(4) Q-switched Laser ns laser (pulse width 1-100ns)
(5) Mode-locked & ps Laser Mode-locked laser (pulse width down to 10ps)
(6) Fiber Laser Modulation up to 80MHz; Pulse width down to 10ps
(7) Line Generated Laser Line uniformity <20%; Line straightness ±0.1%
(8) OEM Laser Module Ultra compact; Industrial integration

3.1 532nm High Stability Laser Series

High stability 532 nm laser, housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

DPSS lasers

Applications:

  • Confocal microscopy
  • Laser medical treatment
  • Scientific experiment
  • Laser lighting show
  • Optical instrument
Model Operating mode Output power Power stability M² factor
STC-MGL-DS-532 CW 1~150mW <1% <1.2 ( <1.1 optional)
STC-MXL-SM-532 CW 1~200mW <1% /
STC-MGL-III-532 CW 1~300mW <1% <1.2 ( <1.1 optional)
STC-MGL-S-532 CW 1~300mW <1% <1.2 ( <1.1 optional)
STC-STC-MGL-FN-532 CW 400~1500mW <1% <1.2 ( <1.1 optional)
STC-STC-MGL-F-532 CW 1500~2500mW <1% <1.1
STC-MGL-N-532 CW 3~5W <1% <1.3
STC-MGL-R-532 CW 1~5W <1% <1.3
STC-OEM-N-532-Water CW 1~5W <1% <1.3
STC-MGL-W-532-HQ CW 1~10W <1% <1.2
STC-MGL-V-532 CW 5~15W <1% <1.2
STC-MGL-W-532 CW 5~20W <1% <1.5
STC-MGL-D-532 CW 20~30W <1% /
STC-HPL-532-CW CW 1~80W <3% /
STC-HPL-532-Q QCW 20~40W <3% /
STC-HPL-532-QM QCW 40~100W <3% /
STC-HPL-532-QL QCW 100-200W <3% /
STC-MGL-III-532-AOM High modulation up to 1 MHz 1~150mW <1% 1.5
STC-MGL-FN-532-AOM High modulation up to 1 MHz 150~400mW <1% <1.5

3.2 532 nm Low Noise Laser Series

High performance CW, ultra low noise 532 nm lasers, narrow spectrum linewidth <0.003 nm. Housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

DPSS laser

Applications:

  • Fluorescence microscopy
  • DNA sequency, flow cytometry
  • Particle measurements
  • Spectrum analysis
  • Chip inspection
Model Output power (mW) Noise of amplitude
(rms, 20Hz-20MHz)
M² factor Spectral line width (nm)
STC-MLL-III-532 1~300 <0.5% <1.2 ( <1.1 optional) <0.1
STC-MLL-S-532 1~300 <0.5% <1.2 ( <1.1 optional) <0.1
STC-MLL-U-532 1~400 <0.5% <1.2 <0.003
STC-MLL-FN-532 1~1000 <0.5% <1.2 ( <1.1 optional) <0.2 ( <0.003 optional)
STC-MLL-F-532 1500~2500 <1% <1.1 <0.1 ( <0.003@1.5W)
STC-MGL-R-532 1~5 W <1% <1.3 <0.003
STC-MLL-N-532 3~5 W <1% <1.3 <0.1 ( <0.01@3W)
STC-MLL-W-532 5~20 W <1% <3.0 <0.1 ( <0.01@5W)
STC-OEM-V-532-LN 5~30 W <1% <1.2 <0.1

3.3 532nm Single Longitudinal Mode Laser Series

High performance CW, single longitudinal mode, ultra low noise 532 nm lasers, narrow spectrum linewidth <0.00001nm. Housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

DPSS lasers

Applications:

  • Confocal microscopy
  • RAMAN spectroscopy
  • Particle measurements
  • DNA sequency, Flow cytometry
  • Digital imaging, Analytical chemistry
Model Operating mode Output power (mW) Fiber coupling options AOM option
STC-MSL-III-532 CW 1~100 SM/ PM/ MM yes
STC-MSL-S-532 CW 1~100 SM/ PM/ MM yes
STC-MSL-DS-532 CW 1~100 SM/ PM/ MM yes
STC-MSL-U-532 CW 1~200 SM/ PM/ MM yes
STC-MSL-FN-532 CW 200~400 SM/ PM/ MM yes
STC-MSL-FN-532-S CW 200~400 SM/ PM/ MM yes
STC-MSL-F-532 CW 400~700 SM/ PM/ MM yes
STC-MSL-RA-532 CW 700~2000 MM /
STC-MSL-R-532 CW 2000~10000 MM /
STC-MSL-III-532-AOM High modulation up to 1MHz 1~30 SM/ PM/ MM /
STC-MSL-FN-532-AOM High modulation up to 1MHz 30~200 SM/ PM/ MM /
STC-MSL-AO-532 Q- switched 1~100uJ@1Hz~1kHz, 20ns MM /

3.4 532nm Q-switched Laser Series

We offer diverse of Q-switched 532 nm lasers in passively and actively modes. With pulse width in short nanosecond, and single pulse energy up to 450mJ. Are the perfect choice for the end user applications in research, medical and industry. Nanosecond lasers perform precision processing with excellent material removal rates for microelectronics, materials processing, and medical device manufacturing.

DPSS lasers

Applications:

  • Scientific Research
  • Life Science & Medical
  • Materials Processing
  • Microelectronics
  • OEM Integration
Model Single pulse energy Repetition rate Pulse width (ns) Operating mode (Q-switched)
STC-MPL-III-532 1-5 μJ 1-20 kHz ~5 (1.3 optional) Passively
STC-MPL-T-532 1-10 μJ 0.1-15 kHz ~0.5 Passively
STC-MPL-SU-532 5-40 μJ 1-15 kHz ~1.3/ ~4 Passively
STC-MPL-H-532 5-50 μJ 1-30 kHz ~5 (1.3 optional) Passively
STC-MPL-U-532 20-60 μJ 4-12 kHz ~4 (1.3 optional) Passively
STC-MPL-N-532 50-125 μJ 1 k-15 kHz ~5 Passively
STC-AO-N-532 1-60 μJ 1-50 kHz ~10 <10 kHz Acousto-optic
STC-AO-S-532 1-100 μJ 0.1-50 kHz 5-10 @ <10 kHz Acousto-optic
STC-AO-W-532 1-300 μJ 1-50 kHz ~10 @ <10 kHz Acousto-optic
STC-AO-V-532 1-300 μJ 1-200 kHz <15 @25 kHz Acousto-optic
STC-AO-L-532 1-600 μJ 0.001-200 kHz ~6 @5 kHz Acousto-optic
STC-AO-X-532 1-670 μJ 30-100 kHz ~15 @30 kHz Acousto-optic
STC-AO-U-532 500 μJ-1 mJ 1-3 KHz <15 @3 kHz Acousto-optic
STC-EO-XS-532 1-125 μJ 1-100 kHz ~3.5 @40 kHz Electro-optic
STC-EO-S-532 1-70 μJ 1-1000 Hz ~6 Electro-optic
STC-EO-532-G 0.2-0.5 mJ 1 Hz-25 kHz <8 @5 kHz Electro-optic
STC-EO-532-H 0.5-1 mJ 1-10 kHz (fixed) <6 @5 kHz Electro-optic
STC-EO-532-N 0.5-2 mJ 1 Hz-25 kHz <6 @ <7 kHz Electro-optic
STC-DPS-532-Pico 2-10 W 0.1-10 MHz <50 ps Electro-optic
STC-DPS-532-H 1-10 mJ 1-1000 Hz <4 Electro-optic
STC-DPS-532-E 1.5-4 mJ 1-50 Hz <4 Electro-optic
STC-DPS-532-A 1-5 mJ 1-10 Hz <10 Electro-optic / Passively
STC-DPS-532-B 5-15 mJ 1-10 Hz <10 Electro-optic
STC-DPS-532-BS-D 15-50 mJ 1-20 Hz <10 Electro-optic
STC-DPS-532-Q 2-20 mJ @1-1000 Hz 1-1000 Hz ~10 Electro-optic
STC-DPS-532-J 1-20 mJ 1-20 Hz ~10 Electro-optic
STC-HPL-532-QT 1-13W 5-10 kHz ~150 @10 kHz Acousto-optic
STC-HPL-532-Q 2-4mJ @10kHz 10-20 kHz ~100 @10 kHz Acousto-optic
STC-HPL-532-QM 1-6mJ @15kHz 15 kHz ~100 @15 kHz Acousto-optic
STC-HPL-532-QL 7-13mJ@15kHz 15 kHz ~100 @15 kHz Acousto-optic
STC-HPL-532-QS 1-4.5mJ@10kHz 10 kHz ~5 Acousto-optic
STC-LPS-532-A 30-100 mJ 1-10 Hz ~10 Electro-optic
STC-LPS-532-S 30-150 mJ 1-20 Hz ~10 Electro-optic
STC-LPS-532-L 200-450 mJ 1-10 Hz ~10 Electro-optic

3.5 532nm Mode-locked & Picosecond Laser Series

Superior beam quality, best reliability, mode-locked & picosecond pulsed laser, pulsed duration could be less than 20ps. Housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

DPSS lasers

Applications:

Raman spectroscopy; Marking, Carving; Material processing; Astronomy; Scientific research; Optical instrument

Mode-locked Type:

Wavelength
(nm)
Output power
(mW)
Pulse duration
(ps)
Rep. rate
(MHz)
Operating mode Transverse mode
STC-PS-R-532 532 1-3000 <20 48±1 Mode-locked TEM00
STC-PS-HR-532 532 1-2 W ~15@500kHz&2 W 100-1000kHz Mode-locked TEM00

Fiber Laser Type:

Wavelength
(nm)
Output power
(mW)
Pulse duration
(ps)
Rep. rate
(MHz)
Operating mode Transverse mode
STC-FL-532-PS 532 1-150 <10 20-80 (Fixed) Mode-locked TEM00
STC-FL-532-Pico 532 1-1000 100-900 0.1-80 (variable) Pulsed TEM00

Diode Pumped Laser Type:

Wavelength
(nm)
Output power
(mW)
Pulse duration
(ps)
Rep. rate
(MHz)
Operating mode Transverse mode
STC-DPS-532-Pico 532 2-10 W <50 ps 0.1-10 MHz Pulsed TEM00

3.6 532nm Fiber Lasers

We offer fiber lasers with compact OEM modular design which is ideal for systems integration. They are widely used in communication, lidar, medical cosmetology, optical instrument, interference, holography, spectrum analysis, pump source, measurement, physics experiment, etc. The pulsed mode up to 1MHz modulation and pulse duration variation are also available.

DPSS lasers

Model Wavelength (nm) Output power (mW) Pulse width Modulation rate Longitudinal mode Polarization
STC-FL-532-PS 532 1-150 <10 ps 20-60 MHz Multi- >15dB
STC-FL-532-Pico 532 1-1000 100-900 ps 0.1-20 MHz Multi- >15dB
STC-FL-532-Nano 532 1-1000 0.5-50 ns 0.1-1 MHz Multi- >15dB
STC-FL-532-AO 532 10-100 nJ 0.5-50 ns 1-1000 Hz Multi- Random/ >15dB

3.7 532nm OEM Laser Modules

Green laser module at 532 nm are made features of ultra compact, low cost and easy operating, which are the perfect choice for design in and integration into OEM instrumentation and systems, and also for end user applications in scientific research, medical treatment and industrial development.

High Power OEM Laser DPSS lasers
  1. STC-OEM-S-532/ 1~300mW
  2. STC-OEM-U-532/ 300~1500mW
  3. STC-OEM-N-532/ 2000~5000mW
  4. STC-OEM-N-532-Water/ 1~5W Water cooled
  5. STC-OEM-W-532/ 5~18W
  6. STC-OEM-W-532-Water/ 5~10W Water cooled
  7. STC-OEM-I-532/ 5W Ultra compact
  8. STC-OEM-SW-532/ 10W Low heat
  9. STC-OEM-V-532/ 5~15W Water cooled
  10. STC-OEM-D-532/ 20-30W
  11. STC-OEM-D-532-Water/ 20-30W Water cooled

Compact Laser Module

dpss lasers
  1. STC-PGL-I-R-532/ 1~50mW
  2. STC-S-GDL-532/ 1~80mW
  3. STC-PGL-VI-532/ 1~80mW
  4. STC-PGL-H-532/ 1~500mW
  5. STC-PGL-H1-532/1~800mW Beam divergence < 1.5 mrad
dpss lasers
  1. STC-PGL-XII-E-532/ 1~50mW
  2. STC-PGL-FS-532/ 1~50mW
  3. STC-PGL-V-H-532/ 1~300mW
Fiber Coupled Laser Module dpss lasers STC-PGL-FC-532/ 1~50mW

4. 1064 nm Infrared Solid State Laser

We offer the diverse of laser sources for a broad range of industrial, medical and scientific applications. For CW operating mode lasers, the output power is up to 500W available. Q-switched high power laser series is 300W maximum. The high energy laser series is up to 20J available.

(1) High Stability Laser Perfect beam quality; Long-term stability <1%
(2) Low Noise Laser RMS noise <1.0% ( <0.5% optional); Line width <0.2nm
(3) Single Frequency Lasers (Single Longitudinal Mode) Ultra low noise <0.5%; Linewidth <0.00001nm
(4) Q-switched Laser Ns laser (pulse width 1-100ns)
(5) Mode-locked & ps Laser Mode-locked laser (pulse width down to 10ps)
(6) Fiber Laser Modulation up to 80MHz; Pulse width down to 10ps
(7) OEM Laser Module Ultra compact; Industrial integration
(8) Fiber Pigtailed Laser MM, SM, PM fiber optional; SMA, FC connector optional

4.1 1064 nm Infrared Laser Series

High stability 1064 nm laser, housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

dpss lasers

Applications:

  • Confocal microscopy
  • Laser printing
  • Chip inspection
  • Particle measurements
  • Spectrum analysis
  • DNA sequencing
Model Operating mode Output power Min. power stability M² factor
STC-MXL-SM-1064 CW 1~500 mW <2% /
STC-MIL-III-1064 CW 1~1500 mW <1% <1.5 ( <1.2 optional)
STC-MIL-S-1064 CW 1~1500 mW <1% <1.2
STC-MIL-H-1064 CW 2~3 W <1% <2.0
STC-MIL-N-1064 CW 4~5 W <1% <3.0
STC-MIL-W-1064 CW 6~20 W <1% <2.0
STC-MIL-V-1064 CW 6~20 W <1% <2.0
STC-HPL-1064-Q QCW 50~100 W <3% /
STC-HPL-1064-QM QCW 100~300 W <3% /
STC-HPL-1064-CW CW 50~100 W <3% /
STC-HPL-1064-CW CW 100~500 W <3% /

4.2 1064nm Low Noise Laser Series

High performance CW, ultra low noise 1064 nm lasers, noise less than 1% and power up to 20W. Housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

dpss laser

Applications:

  • Fluorescence microscopy
  • DNA sequency, flow cytometry
  • Optical instrument
  • Chip inspection
  • Physics experiment
Model Output power (mW) Noise of amplitude
(rms,20Hz-20MHz)
M² factor Spectral line width (nm)
STC-MLL-III-1064 1~1500 <1% <1.5 ( <1.2 optional) <0.2
STC-MLL-S-1064 1~1500 <1% <1.2 <0.2
STC-MLL-H-1064 2000~3000 <1% <2.0 <0.2
STC-MLL-N-1064 4000~5000 <1% <2.0 <0.2
STC-MLL-V-1064 6000~20000 <1% <2.0 <0.2
STC-MLL-W-1064 6000~20000 <1% <3.0 ( typically) <0.2

4.3 1064nm Single Longitudinal Mode Laser Series

High performance CW, single longitudinal mode, ultra low noise 1064 nm Lasers, narrow spectrum linewidth <0.00001 nm. Housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

dpss lasers

Applications:

  • Confocal microscopy
  • RAMAN spectroscopy
  • Holography
  • Particle measurements
  • DNA sequency, flow cytometry
  • Digital imaging, Analytical chemistry
Model Operating mode Output power (mW) Fiber coupling options AOM options
STC-MSL-S-1064 CW 1~200 SM/ PM/ MM yes
STC-MSL-S-1064-S CW 1~200 SM/ PM/ MM yes
STC-MSL-III-1064 CW 1~1000 SM/ PM/ MM yes
STC-MSL-III-1064-S CW 1~1000 SM/ PM/ MM yes
STC-MSL-R-1064 CW 1000 ~10000 MM /
STC-MSL-AO-1064 Q- switched 1~200uJ@1Hz~1kHz, 25ns MM /

4.4 1064nm Q-switched Laser Series

We offer diverse of Q switched 1064 nm lasers in passively and actively modes. With pulse width from 1.3ns to 150ns, and single pulse energy from 1uJ to 20J. These lasers are the perfect choice for the end user applications in research, medical and industry. Nanosecond lasers perform precision processing with excellent material removal rates for microelectronics, materials processing, solar and medical device manufacturing.

dpss laser

Applications:

  • Life Science & Medical
  • Materials Processing
  • Microelectronics
  • OEM Integration
Model Single pulse energy/ Power Repetition rate Pulse width (ns) Operating mode (Q-switched)
STC-MPL-III-1064 10-20 μJ 1-20 kHz ~3-25 (1.3 optional) Passively
STC-OEM-P-1064 1-20 μJ 1-20 kHz ~1-5 Passively
STC-MPL-T-1064 1-35 μJ 0.1-20 kHz ~0.5 Passively
STC-MPL-H-1064 20-100 μJ 1-30 kHz ~10 (1.5 optional) Passively
STC-MPL-SU-1064 20-200 μJ 1-15 kHz ~1.5/ ~1.8/ ~5 Passively
STC-MPL-FL-1064-A 15-130 μJ 1-70 kHz ~5 (1.3 optional) Passively
STC-MPL-N-1064 150-200 μJ 1-15 kHz ~3-5 ( <2 optional) Passively
STC-MPL-FL-1064-B 150-300 μJ 1 kHz ~2 (1.0 optional) Passively
STC-AO-S-1064 1-350 μJ 0.1-100 kHz 7-11 @ <10 kHz Acousto-optic
STC-AO-I-1064 500 μJ 1-100 kHz ~10 @20 kHz Acousto-optic
STC-AO-N-1064 1-600 μJ 1-100 kHz ~7 @10 kHz Acousto-optic
STC-AO-W-1064 1-600 μJ 1-100 kHz ~10 @ <10 kHz Acousto-optic
STC-AO-V-1064 1-600 μJ 1-200 kHz ~25 @30 kHz Acousto-optic
STC-AO-L-1064 1-1500 μJ 0.001-200 kHz ~10 @10 kHz Acousto-optic
STC-AO-M-1064 1-1000 μJ 1-20 kHz ~13 @20 kHz Acousto-optic
STC-AO-H-1064 1-1000 μJ 10-100 kHz ~20 @30 kHz Acousto-optic
STC-AO-X-1064 1-670 μJ 10-100 kHz ~20 @30 kHz Acousto-optic
STC-EO-XS-1064 1~180 μJ 1-100 kHz ~4 @50 kHz Electro-optic
STC-EO-HS-1064 1-320 μJ 1-100 kHz ~4 @50 kHz Electro-optic
STC-EO-S-1064 1-300 μJ 1-1000 Hz ~8 Electro-optic
STC-EO-1064-G 0.5-1 mJ 1Hz-25 kHz ~8 @5 kHz Electro-optic
STC-EO-1064-H 1-2 mJ 1-10 kHz ~7 @5 kHz Electro-optic
STC-EO-1064-N 1-3.5 mJ 1Hz-25 kHz ~7 @ <7 kHz Electro-optic
STC-DPS-1064-Pico 5-30 W 0.1-10 MHz <50ps, 50-1000 (adjustable) Elecro-optic
STC-DPS-1064-H 1~30 mJ 1~1000 Hz <5 Elecro-optic
STC-DPS-1064-D 0.5-2 mJ 1-100 Hz <10 Electro-optic
STC-DPS-1064-E 3-8 mJ 1-50 Hz <4 Electro-optic
STC-DPS-1064-P-Min 6 mJ 10/ 20
EXT (adjustable)
3±1 Passively
STC-DPS-1064-A 1-10 mJ 1-10 Hz ~10 Electro-optic / Passively
STC-DPS-1064-B 10-30 mJ 1-10 Hz <10 Electro-optic
STC-DPS-1064-BS-D 30-100 mJ 1-20 Hz <10 Electro-optic
STC-DPS-1064-Q 5-40mJ@1-1000Hz 1-1000 Hz ~10 Electro-optic
STC-DPS-1064-J 1-40mJ 1-20 Hz ~10 Electro-optic
STC-HPL-1064-Q 5-10 mJ@10kHz 10-20 kHz ~100 @10 kHz Acousto-optic
STC-HPL-1064-QM 10-30mJ@10kHz 10-20 kHz ~150 @10 kHz Acousto-optic
STC-HPL-1064-QS 1-15 mJ @10kHz 10 kHz ~7 Acousto-optic
STC-HPL-1064-QT 1-20 W 5-10 kHz ~70 @5 kHz Acousto-optic
STC-LPS-1064-A 50-200 mJ 1-10 Hz ~10 Electro-optic
STC-LPS-1064-S 50-300 mJ 1-10 Hz ~10 Electro-optic
STC-LPS-1064-L 350-1000 mJ 1-10 Hz ~10 Electro-optic
STC-LPS-1064-M 1-10 J 1-20 Hz ~0.1-20 ms Pulsed

4.5 1064nm Mode-locked & Picosecond Laser Series

Superior beam quality, best reliability, mode-locked & picosecond pulsed laser, pulsed duration could be less than 20ps. Housed in compact packages, are the perfect choice for design in and integration into OEM instrumentation and systems and also for end user applications in research and development.

dpss laser

Applications:

Raman spectroscopy; Marking, Carving; Material processing; Astronomy; Scientific research; Optical instrument

Mode-locked Type:

Wavelength
(nm)
Output power
(mW)
Pulse duration
(ps)
Rep. rate
(MHz)
Operating mode Transverse mode
STC-PS-RL-1064 1064 1-1000 ~15 @10 kHz&1 W 1-10kHz Mode-locked TEM00
STC-PS-HR-1064 1064 1-10 W ~15@500kHz&10W 100-1000kHz Mode-locked TEM00
STC-PS-R-1064 1064 1-10 W <20 48±1 Mode-locked TEM00
STC-PS-Seed-1064 1064 1-300 <20 80±1 Mode-locked TEM00
STC-Macro/ Micro-1064-P 1064 10 W Macro 160 μs Micro~100MHz Mode-locked TEM00

Fiber Laser Type:

Wavelength
(nm)
Output power
(mW)
Pulse duration
(ps)
Rep. rate
(MHz)
Operating mode Transverse mode
STC-FL-1064-PS 1064 1-2000 <10 20-80 (Fixed) Mode-locked TEM00
STC-FL-1064-Pico 1064 10-5000 100-900 0.1-20 (variable) Pulsed TEM00

Diode Pumped Laser Type:

Wavelength
(nm)
Output power
(mW)
Pulse duration
(ps)
Rep. rate
(MHz)
Operating mode Transverse mode
STC-DPS-1064-Pico 1064 5-30 W <50 ps 0.1-10 MHz Pulsed TEM00

4.6 1064nm OEM Laser Module

Infrared laser modules at 1064 nm are made features of ultra compact, low cost and easy operating, which are the perfect choice for design in and integration into OEM instrumentation and systems, and also for end user applications in scientific research, medical treatment and industrial development.

High Power OEM Laser dpss laser
  • STC-OEM-S-1064/ 1~1500mW
  • STC-OEM-N-1064/ 1500~5000mW
  • STC-OEM-W-1064/ 6000~20000mW

Compact Laser Module

dpss laser

  • STC-PGL-I-R-1064/ 1~300mW
  • STC-PGL-VI-1064/ 1~300mW
  • STC-PGL-D12-1064/ 1~300mW
  • STC-PGL-FS-1064/ 1~500mW
  • STC-PGL-H1-1064/ 1~1000mW Beam divergence < 1.5 mrad
dpss laser
  • STC-PGL-V-H-1064/ 1~1000mW

5. Lasers at Various Laser Wavelengths

5.1 CW DPSS SERIES:

Wavelength (nm) & Output power (mW)

Wavelength 261 303 320 335 349 355 360 425 430 457 473 480 484
SLM(single frequency) 50 2W 100
Low noise 50 10W 500
Basic version 5 5 20 20 30 10 200 10 100 10W 5W 30 20
Wavelength (nm) 491 501 515 522 523.5 526.5 532 540 543 550 552 555
SLM(single frequency) 20 100 100 10W 100
Low noise 100 100 400 400 30W 100
Basic version 400 200 500 100 800 1W 200W 500 1500 200 200 100
Wavelength (nm) 556 561 577 588 589 593.5 604 607 612 639 656.5 660 666
SLM(single frequency) 100 80 300 200 200 100 300 50 20
Low noise 200 200 300 200 500 30 1W 400
Basic version 2.5W 2W 3.5W 4.5W 4.5W 800 100 400 100 1W 1.2W 2W 200
Wavelength (nm) 671 689 698 721 914 946 1030 1040 1047 1053 1064 1105
SLM(single frequency) 2.5W 200 100 100 50 20 800 200 10W
Low noise 5W 1W 100 800 800 600 100 1W 1.5W 20W
Basic version 5W 200 1W 500 800 5W 600 100 8W 8W 500W 500
Wavelength (nm) 1122 1177 1313 1319 1342 1400-1800 1413 1444 1645 1910 1940 1990
SLM(single frequency) 80 500 50 5W
Low noise 300 1W 1.5W 6W 400
Basic version 1W 400 1W 150W 6W 2W 300 400 1W 13W 11W 11W
Wavelength (nm) 2096 2124 2600-4450 2796 2600 2800 3000 3200 3400 3600 4000 4200 4400
Basic version 20W 2.5W 1W 300 1W 1W 1W 1W 1W 1W 800 800 800
  • Notes: power can be any value between 0- maximum powers.
  • SLM: single longitudinal mode laser, spectral line width <0.00001 nm.
  • Low noise: Noise of amplitude (rms, 20Hz~20MHz) <1%. Multi-mode: multiple longitudinal mode.

CW DPSS UV Laser

Wavelength(nm) 261, 303, 320, 335, 349, 355, 360
Laser version SLM Low noise Basic version
261,303nm output power(mW) / / 5
320nm output power(mW) / / 20
335nm output power(mW) / / 10
349nm output power(mW) / / 30
355nm output power(mW) / / 10
360nm output power(mW) 50 50 200
Power stability, rms (8 h) <3%, <5% <1%, <2%, <3% <1%, <2%, <3%, 10%
Output noise, rms (8 h) <0.5%, <1%, <0.5%, <1% >10%
Transverse mode (Optional) TEM00, M2 <1.5 TEM00, M2 <2 TEM00, M2 <2
Linewidth <10-5nm <0.2nm <0.2nm
Coherent length >50m ~10cm ~10cm
Polarization >50:1, >100:1, optional Horizontal±5 degree (Vertical Optional) >50:1, >100:1, optional Horizontal ±5 degree (Vertical Optional) >50:1 Horizontal±5 degree (Vertical Optional)
Pointing stability <0.05mrad <0.05mrad <0.1mrd
Beam diameter(1/e2) <1.5mm ~1.5mm ~1.0mm
Beam divergence <1.2mrad <1.0mrad <1.0mrad

CW DPSS BLUE Laser

Wavelength(nm) 457, 473
Laser version SLM Low noise Basic version
457nm output power (mW) 5,10,50,100,…,2000 5, 10, 50, 100, … ,10000 5,10,50,100,…,10000
473nm output power (mW) 5, 10, 20, … , 100 5, 10, 50, … , 500 5, 10, 50, … , 5000
Transverse mode(Optional) TEM00 or Near TEM00, M2 <1.2
Power stability, rms (8 h) Up to 1%
Output noise, rms (8 h) <0.5% (1Hz-20 MHz) <1% (20Hz-20MHz) <3% (1Hz-20MHz)
Longitudinal mode Single Multi Multi
Linewidth <10-5nm <0.2nm ( <0.003nm for less than 400mW) <0.3nm
Coherent length >50 m ~10cm ~10cm
Polarization Linear; Ratio >100:1; Horizontal optional for SLM laser
Pointing stability <0.05mrad for 473nm less than 500mW, and 457nm less than 1000mW
Beam diameter(1/e2, mm) 0.7, 2.0, 3.0, 4.0 optional
Beam divergence (mrad) 1.2, 1.5, 2.0 depends on beam diameter

CW DPSS BLUE Laser

Wavelength(nm) 425 430 480 484 491
Output power (mW) 10 100 30 20 2 400
Transverse mode Near TEM00
Beam diameter(1/e2)mm ~4 ~5 ~3 ~4 ~3 ~4
Beam divergence (mrad) < 3 < 2 < 1.5 < 3 < 1.5 < 3
Power stability, rms (8 h) < 10%, <5%, ( <3% available for individual wavelengths)
Polarization Linear; Ratio >100:1

CW DPSS GREEN Laser

Wavelength(nm) 532
Laser version SLM Low noise Basic version
Output power(mW) 30,200,400,700,2W,10W 300,400,1W,2.5W,5W, 20W, 30W 300, 1.5W, 2.5W, 5W, 1W, 20W, 30W, 80W
Transverse mode (Optional) TEM00 or Near TEM00, M2 <1.1
Power stability, rms (8 h) <1%
Output noise, rms (8 h) <0.5%(20Hz-20MHz) for low noise version
Longitudinal mode Single Multi Multi
Linewidth <10-5nm 0.2nm
Coherent length >50m ~10cm
Polarization Linear; Ratio>50:1, >100:1Horizontal±5 degree (Vertical Optional)
Pointing stability <0.05mrad for less than 400mW
Beam diameter(1/e2)mm 0.7, 1.2, 1.5, 2 optional
Beam divergence(mrad) 1.2, 1.5, 2 depends on beam diameter

CW DPSS GREEN Laser

Wavelength (nm) 501 515 522 523.5 526.5 540 543 550 552 555
SLM version (mW) 100 100 100
Low noise Version (mW) 100 100 400 400 100
Basic version (mW) 200 500 100 800 1W 500 1.5W 200 200 100
Transverse mode (Optional) TEM00 or Near TEM00, M2 <1.2
Power stability, rms (8 h) Up to 1%
Output noise, rms (8 h) <0.5%(1Hz-20MHz) for low noise version
Linewidth <10-5nm for SLM version, <0.2nm for basic version
Coherent length >50m for SLM version, >10cm for low noise version
Polarization Linear; Ratio>100:1Horizontal±5 degree (Vertical Optional)
Pointing stability <0.05mrad for less than 400mW
Beam diameter(1/e2) (mm) 0.7, 1.2, 1.5, 3 optional
Beam divergence (mrad) 1, 1.5, 2 depends on beam diameter

CW DPSS Yellow Orange Laser

Wavelength 556nm 561nm 577nm 588nm 589nm 593.5nm
SLM version(mW) 100 80 300 200 200
Low Noise version (mW) 200 200 300 200 500 30
Basic version(mW) 2.5W 2W 3.5W 4.5W 4.5W 800
Transverse mode (Optional) TEM00 or Near TEM00, M2 <1.2
Power stability, rms (8 h) Up to 1%
Output noise, rms (8 h) <0.5%(1Hz-20MHz) for low noise version
Linewidth <10-5nm for SLM version, <0.2nm for basic version
Coherent length >50m for SLM version, >10cm for low noise version
Polarization Linear; >100:1, Vertical±5 degree (Horizontal Optional)
Pointing stability <0.05mrad for less than 400mW
Beam diameter(1/e2)mm 0.7; 1.0; 1.5; 2.5 optional
Beam divergence(mrad) 1.2; 1.5; 2 depends on beam diameter

CW DPSS RED Laser

Wavelength(nm) 604, 607, 612, 639, 656.5, 660, 666, 671, 689, 698, 721
Laser version SLM Low noise Basic version
604nm output power(mW) 100
607nm output power(mW) 100 / 400
612nm output power(mW) 100
639nm output power(mW) 300 1W 1W
656.5nm output power(mW) 50 / 1.2W
660nm output power(mW) 20 400 2W
666nm output power(mW) / / 200
671nm output power(mW) 2.5W 5W 5W
689nm output power(mW) / / 200
698nm output power(mW) 200 1W 1W
721nm output power(mW) 100 100 500
Power stability, rms(8h) <3%, <5%, <10%(721nm) <3%, <5%, <10%(721nm) <3%, <5%, <10%
Output noise, rms(8h) <1%, <0.5% <1% < 1%
Longitudinal mode Single Multi Multi
Linewidth <0.00001nm,

<0.0003nm(639nm)

<0.004nm <0.2nm
Coherent length >50m for SLM version, >10cm for low noise version
Polarization >50:1,>100:1,optional Horizontal±5degree(Vertical Optional ) >50:1,>100:1,optionalHorizontal±5degree(Vertical Optional ) > 50:1, > 100:1 optional Horizontal±5 degree (Vertical optional )
Pointing stability <0.05mrad <0.05mrad <0.1mrad
Beam diameter(1/e2)(mm) 1.0; 1.5; 2.0 optional
Beam divergence(mrad) 1.0, 1.2; 1.5; 2 depends on beam diameter

CW DPSS IR Laser

Wavelength(nm) 914 946 1030 1040 1047 1053 1064 1085 1105 1112 1122 1177
SLM Version(mW) 100 50 20 800 200 10W 20 80
Low noise Version(mW) 800 800 600 100 1W 1500 20W 1W 100 300
Basic Version (mW) 800 5W 600 100 8W 8W 500W 1W 500 500 1W 400
Transverse mode (Optional) TEM00 or Near TEM00, M2 <1.2
Power stability, rms (8 h) Up to 1%
Output noise, rms (8 h) <0.5%(20Hz-20MHz) for low noise version
Linewidth <10-5nm for SLM version, <0.2nm for basic version
Coherence length >50m for SLM version, ~10cm or >1m for low noise version
Polarization Linear; 100:1
Pointing stability <0.05mrad for less than 100mW
Beam diameter(1/e2, mm) 0.7, 1.2, 1.5, 2 optional
Beam divergence(mrad) 1.2, 1.5, 2 depends on beam diameter

CW DPSS IR Laser

Wavelength(nm) 1313 1319 1342 1413 1444 1645 1910 1940 1990 2096 2124 2796
SLM Version(mW) 500 50 5W
Low noise Version(mW) 1W 1.5W 6W 400
Basic Version (mW) 1W 150W 6W 300 400 1W 13W 11W 11W 20W 2.5W 300
Transverse mode (Optional) TEM00 or Near TEM00, M2 <1.2
Power stability, rms (8 h) Up to 1%
Output noise, rms (8 h) <0.5%(20Hz-20MHz) for low noise version
Linewidth <10-5nm for SLM version, <0.2nm for basic version
Coherence length >50m for SLM version, ~10cm or >1m for low noise version
Polarization Linear; 100:1
Pointing stability <0.05mrad for less than 100mW
Beam diameter(1/e2, mm) 0.7,1.2,1.5,2 optional
Beam divergence(mrad) 1.2, 1.5, 2 depends on beam diameter

CW DPSS OPO IR Laser

Wavelength (nm) 1400-1800 2600-4400 1400-1800 2600-4450
Laser version Single wavelength output in this range Wavelength tunable, range up to 350 nm
Output power (mW) Up to 2W Up to 1W Up to 2W Up to 1W
Transverse mode Near TEM00
Power stability, rms (8 h) < 5%
Linewidth < 2nm
Beam diameter (1/e2, mm) <10
Beam divergence (mrad) <8 or <10

5.2 Direct Diode Series

5.2.1 Wavelength & Output power (mW)

Wavelength 375 395 397 400 405 410 415 420 442 445 447
Narrow Linewidth 20 50 150 50 50 200 30 30
Max power 800 100 100 300 10W 300 350 350 8W 20W 20W
Wavelength (nm) 450 454 460 462 465 470 488 505 510 514.5 520
Narrow Linewidth 30 30 100 70 40 10
Max power 150W 16W 16W 16W 16W 16W 200 80 30 50 10W
Wavelength (nm) 622 627 633 635 637 640 642 650 655 660 665
Narrow Linewidth 80 30 80 30 30 30 30 120
Max power 50 100 500 8W 4W 4W 4W 4.5W 4.5W 4.5W 2W
Wavelength (nm) 685 689 690 698 705 730 750 760 785 793 800 808
Narrow Linewidth 10 450 450 450
Max power 800 20 1300 25 1.5W 5W 5W 5W 2.5W 4W 2.5W 10W
Wavelength (nm) 825 830 845 852 860 880 885 905 915 940 975 980
Narrow Linewidth 100 450 30 30 450 450
Max power 2.5W 2W 30 1.5W 4W 1.8W 1.5W 400 8W 4.5W 10W 10W
Wavelength (nm) 1060 1120 1310 1450 1470 1532 1550 1850 1870 1900 2200
Narrow Linewidth 40 15
Max power 2.5w 5W 800 1W 3.5W 3.5W 3.5W 1W 800 600 400

5.2.2. CW Diode UV and Violet-Blue Lasers

Wavelengths(nm) 375 395 397 400 405 410 415 420 442 445 447 450 454
Long Coherent Length (mw) 50 50 50 50 30 30 30 30
Narrow Line width (mw) 20 50 150 50 50 30 200 30 30 30
Low noise(mw) 400 100 100 300 1W 350 350 350 3.5W 3.5W 3.5W 3.5W 800
Single mode(mw) 50 30 80 80 80 80 80
Max. power (w) 0.8 100 100 100 10W 350 350 350 8W 20W 20W 150W 16W
Beam divergence, full angle 0.5 to 2.3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00 or Multi-mode depending on output power and wavelength
Power stability, rms( 4 h) <1%, <2%, <3%,
Noise of amplitude 1%, 0.5% (rms, 20Hz~20MHz)
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Coherent length (m) >1m(for Long Coherent Length laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength

5.2.3 CW Diode Blue and Green Lasers

Wavelengths(nm) 460 462 465 470 488 505 510 514.5 520
Long Coherent Length (mw) 70 40 10
Narrow Line width (mw) 100 70 40 10
Low noise (mw) 2000 2000 2000 2000 150 80 30 50 800
Single mode(mw) 150 80 30 50 50
Max. power (w) 16W 16W 16W 16W 0.2 10W
Beam divergence, full angle(mrad) 0.5 to 2.3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00 or Multi-mode depending on output power and wavelength
Power stability, rms( 4 h) <1%, <2%, <3%,
Noise of amplitude(rms, 20Hz~20MHz) <0.5%, <1%(for Low Noise laser); <3%
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Coherent length (m) >1m(for Long Coherent Length laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength

5.2.4 CW Diode Red Lasers

Wavelengths(nm) 622 627 633 635 637 640 642 650 655
Long Coherent Length (mw) 30 80 30 30
Narrow Line width (mw) 80 30 80 30 30 30 30
Low noise (mw) 500 500 200 200 200 1W 1w
Single mode (mw) 80 200 200 200 200 180 180
Round beam (mw) 150 200 200
Max. power (w) 50 100 500 8W 4W 4W 4W 4.5W 4.5W
Beam divergence, full angle (mrad) 1 to 3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00 or Multi-mode depending on output power and wavelength
Power stability, rms( 4 h) <1%, <2%, <3%,
Noise of amplitude (rms, 20Hz~20MHz) <0.5%, <1%(for Low Noise laser); <3%(basic version)
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Coherent length (m) >1m(for Long Coherent Length laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength
Wavelengths(nm) 660 665 680 685 690 705 730 750 760
Narrow Line width (mw) 120 450 10 450
Low noise (mw) 1000 800 20 1300 25 1500 2W 5W
Single mode (mw) 180 20 25 30
Round beam (mw) 200 200 200
Max. power (w) 4.5W 2W 800 1300 1500 5W 5W
Beam divergence, full angle (mrad) 1 to 3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00 or Multi-mode depending on output power and wavelength
Power stability, rms( 4 h) <1%, <2%, <3%,
Noise of amplitude (rms, 20Hz~20MHz) <0.5%; <1%(for Low Noise laser); <3%(basic version)
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Coherent length (m) >1m(for Long Coherent Length laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength

5.2.5 CW Diode Infrared Laser

Wavelengths(nm) 785 793 800 808 825 830 845 852 860
Narrow Linewidth (mw) 450 450 100 450
Low noise (mw) 2.5w 2.5w 2.5w 2w 30 1.5w 1w
Single mode (mw) 100 100 120 30 150
Round Beam(mw) 300 500 500 500 500
Max power (mw) 2.5w 4w 2.5w 10w 2.5w 2w 1.5w 4w
Beam divergence, full angle 1 to 3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00, Round or Multi-mode depending on output power and wavelength
Power stability, rms( 4h) <1%, <2%, <3%,
Noise of amplitude <0.5%; <1%(for Low Noise laser); <3%(basic version)
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength
Wavelengths(nm) 880 885 905 915 940 975 980 1060 1120
Narrow Line width(mw) 30 30 450 450 40
Low noise (mw) 1.8w 1.5w 400 1.5w 250 2w 2w 1.5w 1w
Single mode (mw) 70 270 250 200 200
Round Beam(mw) 400 400 350 500 500
Max power (mw) 1.8w 1.5w 400 8w 4.5w 10w 10w 2.5w 5w
Beam divergence, full angle 1 to 3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00 or Multi-mode depending on output power and wavelength
Power stability, rms( 4 h) <1%, <2%, <3%,
Noise of amplitude <0.5%; <1%(for Low Noise laser); <3%(basic version)
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength
Wavelengths(nm) 1310 1450 1470 1532 1550 1850 1870 1900 2200
Narrow Linewidth (mw) 15
Low noise (mw) 800 1w 500 1w
Single mode (mw) 10 20 20 20 30
Round Beam(mw) 200 200 200
Max power (mw) 800 1w 3.5w 3.5w 3.5w 1w 800 600 400
Beam divergence, full angle 1 to 3mrad depending on output power and wavelength
Transverse mode TEM00, Near TEM00 or Multi-mode depending on output power and wavelength
Power stability, rms( 4 h) <1%, <2%, <3%,
Noise of amplitude <0.5%; <1%(for Low Noise laser); <3%(basic version)
Spectral linewidth (nm) <0.06nm,/0.03nm optional (for Narrow Line width laser)
Polarization ratio >50:1, >100:1 and Horizontal+Vertical depending on output power and wavelength

5.2.6 Fiber Coupled Diode Laser Systems with Integrated Electronics

Please go to Fiber-coupled Laser Diodes.

5.3 Q-switched & Pulsed DPSS SERIES

5.3.1 Wavelength & Max. Single Pulse Energy (uJ)

Wavelength (nm) 244 257 261 266 289 295 335 349 351 355 440 457 473
Passively Q-switched 4 4 30 10 4 80
Acousto-optics Q-switched 3.75 20 5 4 15 250 200 50 50
Electro-optics Q-switched 5mJ 10 200mJ
Wavelength (nm) 488 523.5 526.5 532 556 589 656.5 660 671 786 914 946
Passively Q-switched 60 60 125 2 5 20
Acousto-optics Q-switched 70 433 20 13mJ 5mJ 12.5mJ 10mJ 350 100 150
Electro-optics Q-switched 450mJ 50
Wavelength (nm) 1030 1047 1053 1064 1313 1319 1342 1535 1573 2096 2600
Passively Q-switched 150 150 50 300 20 15 50 20
Acousto-optics Q-switched 130 2mJ 250 30mJ 10mJ 500 30 1500 16.7
Electro-optics Q-switched 1J 200 100 8mJ
Pulsed 10J
Wavelength (nm) 2800 2940 3000 3200 3400 3600 3800 4000 4200 4400 4500 4600 4800
Passively Q-switched 20 200mJ 20 20 20 20 20 20 20 20
Acousto-optics Q-switched 16.7 16.7 13 16.7 16.7 16.7 16.7 16.7 16.7 900 200 200

5.3.2 Q-switched UV lasers

Passively Q-switched

Wavelength(nm) 257 261 266 349 351 355
Max average power(mW) 15 10 600 30 10 2000
Single pulse energy(µJ) 4 4 30 10 4 80
Pulse width(ns) 10 4 5 4 4 5
Repetition Rate 10kHz-15kHz 0.1Hz-1kHz 1kHz-4kHz 0.1Hz-1kHz 0.1Hz-1kHz 1kHz-4kHz
Transverse mode Near TEM00 Near TEM00 Near TEM00 Near TEM00 Near TEM00 Near TEM00
Power stability, rms (8h) <10% <5%, <10% <5%, <10% <5%, <10% <5%, <10% <5%, <10%
Polarization >100:1 >50:1 >100:1 >50:1 >50:1 >100:1
Pointing stability < 1mrad < 1mrad < 1mrad < 0.05mrad < 0.05mrad < 0.05mrad
Beam diameter(mm) 0.5*2 2 4 2 2 4
Beam divergence(mrad) < 2.0 < 2.5 < 2.0 < 1.5 <1.5 <2

Acousto-optics Q-switched

Wavelength(nm) 244 266 289 295 351 355
Max average power(mW) 15@4kHz 200@10kHz 50 1-80@20kHz 15@1kHz 3W@20kHz
Single pulse energy(µJ) 0.1-3.75 20@10kHz 5 0.1-4 15@1kHz 150@20kHz
Pulse width(ns) <30@4kHz&15mW 10-15@ <10kHz 10+/-2 ~30@20KHz&80mW 6-10@ <10kHz 15@20kHz
Repetition Rate 4kHz 1-50kHz 10kHz 20kHz 0.1-15kHz 10-100kHz
Transverse mode Near TEM00
Power stability, rms (4h) < 5%, < 10% < 5%, < 10% < 3%, < 5% < 5%, < 10% < 3%, < 5%, < 10% < 3%, < 5%, < 10%
Polarization >100:1
Beam diameter(mm) ~2.0 ~2.0 1.5*3 ~2.0 ~0.3 ~1.5
Beam divergence(mrad) <3 <3.5 <1.0 <3 <5.0 <1.0

Electro-optics Q-switched

Wavelength(nm) 266 335 355
Single pulse energy(mJ) 5 10 10
Pulse width(ns) <10 ~4 <10
Repetition Rate 1~100Hz (adjustable) 10kHz 1~100Hz (adjustable)
Energy stability <4% <3% <4%
Beam diameter(mm) ~2.5 ~2.5 ~3
Beam divergence(mrad) <3 <3 <3

5.3.3 Q-switched Blue lasers

Wavelength(nm) 440 457 473 488
Operating Mode Acousto-Optics Q-switched
Max average power at typical rep rate(mW) 2W@10kHz 500@20kHz 500@10kHz 300@4kHz
Single pulse energy(µJ) 200@10kHz 50@1kHz 50@1kHz 75@4kHz
Pulse width(ns) 100@10kHz 300@10kHz 200@10kHz 30@4kHz
Repetition Rate 10kHz 1-50kHz 1-200kHz 4kHz
Transverse beam mode TEM00, M2 < 1.5
Power stability, rms (8h) < 3%, < 5%
Polarization Linear, 100:1
Beam diameter(1/e2)mm 6 1 1 5
Beam divergence(mrad) 3.5 2.5 2.5 5
Cooling Method Water cooled Air cooled Air cooled Water cooled

5.3.4 Q-switched Green Lasers

Wavelength(nm) 523.5 526.5 523.5 526.5 556
Operating mode Passively Q-switched Acousto-optics Q-switched
Max average power(mW) 150 1300@3kHz 50 5 @10kHz&50W
Max. single pulse energy(µJ) 60 433@3kHz 20uJ@1kHz 5 @10kHz&50W
Peak power 2.5W-15W 43kW@3kHz 5W 50kW @10kHz&50W
Pulse width ~4ns ~10ns 5~10ns@ <10kHz 200ns @10khz
Repetition Rate 0.1-3 kHz 3-10kHz 0.1-50kHz 10-20kHz
Transverse mode TEM00, M2 < 1.5
Power stability, rms (8h) < 3%, < 5%
Beam diameter(1/e2) mm ~1.2, 3.0 depends on single pulse energy 2 <1.2, < 0.3 depends on single pulse energy ≥ 12, ≥ 15 depends on single pulse energy
Beam divergence (mrad) < 1.5, < 2.0 depends on beam diameter at the aperture <2 < 1.5, < 5 depends on beam diameter at the aperture < 3.5
Wavelength(nm) 532
Operating mode Passively Q-switched Acousto-optics Q-switched
Max average power 1500mW 50mW 8W@25kHz @300uJ 200W
Max. single pulse energy 125µJ 5mJ 600µJ 13mJ
Peak power(kW) 10-25 / 20 @25kHz @300uJ 130 @15kHz @13mJ
Pulse width 1.3, 5, 10ns optional < 10ns 5-15ns 100ns (5ns optional)
Repetition Rate 1-30kHz 1-10Hz 1Hz–200kHz 10-20kHz
Transverse mode Near TEM00, M2 < 1.5 / M2 < 1.5for less than 100µJ /
Power stability, rms (8h) < 3%, < 5% < 5% < 1%, < 3%, < 5% < 3%, < 5%
Beam diameter(1/e2) mm 0.8, 1.0, 1.2 depends on single pulse energy ~3 0.3,1.2 for less than 100µJ; 1.0, 2.0, 2.5 optional ≥ 6, ≥ 9, ≥ 12, ≥ 15 depends on single pulse energy
Beam divergence (mrad) 1.5,2.0,3.0 depends on beam diameter at the aperture <1.5, 2.0, 2.5 optional <3.5
Wavelength(nm) 532
Operating mode Electro-optics Q-switched
Pumped source Diode pumped Lamp pumped
Max. single pulse energy 20mJ 450mJ
Pulse width 10, 12ns 8, 10, 12ns depends on single pulse energy
Repetition Rate 1-10/ 20/ 100Hz (1000Hz optional) 1-10Hz
Energy stability, rms (8h) < 3% < 4%
Beam diameter(1/e2) mm 1.5, 2, 3, 4 depends on single pulse energy < 6 ,7, 8, 9 depends on single pulse energy
Beam divergence (mrad) 1.0, 2.0, 3.0 depends on beam diameter at the aperture 1.0,1.5,3.0 depends on beam diameter at the aperture

5.3.5 Q-switched Yellow Lasers

Wavelength(nm) 589
Operating mode Acousto-optics Q-switched
Average power 1-5W (Nonadjustable) 1-50W (Nonadjustable)
Single pulse energy 1mJ @5W 12.5mJ@4kHz
Peak power 8kW 80kW@4kHz
Pulse width 100-150@5W 100-150
Spectral linewidth 3GHz /
Repetition Rate 5kHz 4 or 14kHz optional
Power stability, rms (8h) < 3%, < 5%
Beam diameter(1/e2) mm ~18
Beam divergence (mrad) < 3.0
Cooling method Water cooled

5.3.6 Q-switched Red Lasers

Wavelength(nm) 656.5 660 786
Operate Mode Passively Q-switched
Max average power 4mW 10mW /
Single pulse energy 2uJ 5uJ 20uJ
Pulse width 15ns 15ns 7ns
Repetition Rate 1Hz-2kHz 1Hz-2kHz 10Hz
Transverse mode TEM00 TEM00 Near TEM00
Power stability, rms (8h) < 1%, < 3%, < 5% < 1%, < 3%, < 5% < 3%, < 5%
Beam diameter(1/e2)mm 1.2 1.2 2.5
Beam divergence(mrad) 1.5 1.5 2.5
Wavelength(nm) 660 671
Operate Mode Acousto-optics Q-switched Acousto-optics Q-switched Electro-optic Q-switched
Max average power 100W @10kHz 4W @20kHz 500mW (500mW@10kHz)
Single pulse energy 10mJ @10kHz &100W 350μJ@10kHz 50(50μJ @10kHz)
Pulse width ~150ns @10kHz &100W 25 @10kHz ~4 @10kHz
Repetition Rate 10-20kHz 1-100kHz 10kHz
Transverse mode TEM00 Near TEM00 Near TEM00
Power stability, rms (8h) < 3%, < 5% < 5% < 3%, < 5%
Beam diameter(1/e2)mm ≥ 15 ~1.0 ~1.5
Beam divergence(mrad) < 3.5 < 2.5mrad <3

5.3.7 Q-switched IR Lasers

Acousto-optics Q-switched

Wavelength(nm) 914 946 1030 1047 1053 1319 1342 1573
Max average power(W) 1.5@30kHz 1.5@10kHz 1.3@10kHz 3@3kHz 2 100 4@10kHz 1@30kHz
Single pulse energy(µJ) 100@1kHz 150@10kHz 130@10kHz 1000@3kHz 250@1kHz 10mJ@10kHz 500@1kHz 30@30kHz
Pulse width(ns) 80@1kHz 90@10kGHz 50@10kHz 10@3kHz 11@10kHz 250@10kHz 40@10kHz 10@30kHz
Repetition Rate(kHz) 1-50 1-50 1-10 1-10 0.1-80 10-20 1-50 1-50
Power stability, rms (8h) < 1% < 1% <3% <3% <3% <3% < 1% <3%
Beam diameter(1/e2)mm 2.5 2.5 4 2 0.4 15 2 4
Beam divergence(mrad) 2 2 2 2 5 3.5 2 2

Passively Q-Switched

Wavelength(nm) 1047 1053 1064 1313 1319 3800
Max average power(mW) 3000 450 3000 100 150 300mW
Single pulse energy 2000uJ 50uJ 200uJ 20uJ 15uJ 30uJ
Pulse width ~10ns ~10ns <2ns/3-5ns ~18ns ~15ns 5-10ns
External trigger repetition Rate 1-10kHz 1-5kHz 1-10kHz 1Hz-5kHz 1-4kHz 5kHz-15kHz
Transverse Mode TEM00 TEM00
Power stability, rms (8h) < 3% <3% <1% <1% <3% < 5%
Beam diameter(mm) 2 3 2 3 2 3
Beam divergence(mrad) < 2 < 2 < 1.5 2 < 1. 5 1.5

Acousto-optics Q-switched

Wavelength (nm) 2096 3800 2600 /2800 /3000/

3200 /3400 /3600

3900-4500 4000 /4200 /4400 /4600/

4800

Max average power 5W 9W 1-500mW 1-9W 1-2W
Peak power 750@30kHz&500mW 45kW @10kHz &9W 10kW @10kHz &2W
Pulse width 20-40ns ~20ns@10kHz&9W ~22ns@30kHz&500mW 20ns@10kHz&9W 20ns
Repetition Rate < 10 kHz 10kHz 30kHz 10kHz 10kHz
Power stability, rms (8h) < 3% <5% <5% < 5% < 5%
Beam diameter(1/e2) mm ~3 <6 ~11 < 6 < 6
Beam divergence (mrad) < 3 <12 <5 < 12 < 12

Acousto-optics Q-switched and Electro-optics Q-switched

Wavelength(nm) 1064 1573
Operate Mode (Q-switched) Acousto-optics Electro-optics Acousto-optics Electro-optics
Max average power(W) 20@20kHz 150@10kHz / 1@30kHz
Max. single pulse energy 1000uJ@20kHz 15mJ@10kHz 100mJ 1000mJ 30uJ 8mJ
Peak power 1-76kW 2MW / 30kW
Pulse width(ns) 13 ~7 ~10 <8 ~10 <10
Repetition Rate 1-20kHz 10kHz 20Hz 1-10Hz 1-200kHz 1-20Hz
Transverse mode Near TEM00, M2 <2 / / /
Cooling Method Water Water Air Water Air Water
Power/Energy stability, rms(8h) <1% <3% <3% <5% <5%
Beam diameter(1/e2) mm 0.4, 1, 1.5, 2 depends on different power level 6, 12, 19 depends on different power level 3, 4, 5 depends on different energy levels 6, 7, 8, 9 depends on different energy levels ~4 3,4 depends on different energy level
Beam divergence(mrad) 2,3,5 depends on beam diameter at the aperture <3 1, 2, 3 depends on different energy <2 <8

6. List of UV Lasers from Wavelengths 213nm to 405nm

Remarks: WL means wavelength, operation modes means EOQ (electro-optic Q-switched), AOQ (acousto-optic Q-switched), PQ (passively Q-switched), P (pulsed), CW (continuous wave); Noise means noise of amplitude; cooling means A (air-cooled) and W (water cooled).

WL model operation mode average power power stability pulse energy pulse rep rate pulse width peak power M2 Polorization div beam dia Fiber core Noise Cooling Notes
nm mW % mJ Hz kW mrad mm um %
213 STC-DPS-213-Pico P 10, 30 1,3 5MHz 50ps 3 2 A DPSS
223 STC-EO-XS-223 EOQ 30 3uJ 10kHz 4ns 0.75 <3 1*4 A DPSS
244 STC-AO-DF-244 AOQ 1-15 5, 10 3.75uJ 4kHz 30ns 3-125W W DPSS
257 STC-MPL-N-257 PQ 1-15mW 10 0.1-4uJ QCW 10ns 400W A DPSS
261 STC-UV-F-261 CW 1-5mW 10 <2.0 >50:1 2.0 A DPSS
261 STC-MPL-F-261 QW 1-10mW 5, 10 0.1-4uJ 1kHz 4ns 25-1000W <1.5 >50:1 2.0 A DPSS
273 STC-UV-FN-273 CW 1-5mW 10 <2.0 >50:1 1.0 1.5 A DPSS
289 STC-AO-K-289 AOQ 1-50mW 3, 5 1-5uJ 10kHz 10ns 500W 1 5*3 A DPSS
295 STC-AO-K-295 AOQ 1-50mW 3, 5 1-5uJ 10kHz 10ns 500W 1 5*3 A DPSS
295 STC-AO-DF-295 AOQ 1-80mW 5, 10 0.1-4uJ 30ns 3-134W W DPSS
303 STC-UV-F-303 CW 1-5mW 10 <2.0 >50:1 <2 3 A DPSS
320 STC-UV-C-320 CW 1-20mW 10 <2.0 >50:1 <2.5 1.5 A DPSS
320 STC-UV-F-320 CW 1-20mW 10 <2.0 >50:1 <2.5 1.5 A DPSS
320 STC-AO-XF-320 AOQ 1-30mW 3, 5 1-3uJ 10-20kHz <30ns 2kW <2 1.5 W DPSS
335 STC-UV-F-325 CW 1-60mW 10 <2 >50:1 <2.5 1.5 A DPSS
335 STC-EO-XS-335 EOQ 1-500mW 3, 5 1-50uJ 10kHz 4ns 1-12.5kW <3 1.5 A DPSS
349 STC-UV-F-349 CW 1-100mW 10 <2 >50:1 <1 1.5 A DPSS
349 STC-MPL-F-349 PQ 1-30mW 5, 10 0.1-10uJ 2-3kHz 4 25-2500W >50:1 <1.5 2 A DPSS
349 STC-AO-S-349 AOQ 1-15mW 3, 5, 10 1-8uJ 0.1-10kHz 6-10ns <1.5 >100:1 <1.5, <5 1.2, 0.3 A DPSS
349 STC-AO-V-349 AOQ 1-800mW 3, 5 1-267uJ 3-10kHz 10ns 1-26.7kW <2 2 A DPSS
351 STC-MPL-F-351 PQ 1-10mW 5, 10 0.1-4uJ <3kHz 4ns 25-1000W >50:1 <1.5 2 A DPSS
351 STC-AO-S-351 AOQ 1-30mW 3, 5, 10 1-15uJ 0.1-15kHz 6-10ns <1.5 >100:1 <5, <1.5 0.3, 1.2 A DPSS
351 STC-AO-V-351 AOQ 1-500mW 3, 5 1-167uJ 3-10kHz 10ns 1-16.7kW <2 2 A DPSS
360 STC-MSL-F-360 CW 1-50mW 3, 5 <2.0 >50:1 <1 1.5 A DPSS, single longitudinal
360 STC-MSL-FN-360 CW 1-50mW 3, 5 <1.5 >100:1 <1.2 1.5 A DPSS, single longitudinal
360 STC-MSL-FN-360-S CW 1-50mW 3, 5 <1.5 >100:1 <1.2 1.5 A DPSS, single longitudinal
360 STC-MLL-FN-360 CW 1-50mW 10 <2 >100:1 <1 1.5 A DPSS, low noise
360 STC-MLL-F-360 CW 1-50mW 1,2,3,5 <2 >100:1 <1 1.5 A DPSS, low noise
360 STC-UV-FN-360 CW 1-50mW 10 <2 >50:1 <1 1.5 A DPSS, high stability
360 STC-UV-F-360 CW 1-100mW 1,2,3,5 <2 >50:1 <1 1.2 A DPSS, high stability
360 STC-UV-FN-360-PL CW 100-200mW 5, 10 <2 <1 1.5 100 <1 A Spectrum stabilized
375 STC-FC-D-375 CW 1-10mW 1,2,3 A
375 STC-MDL-E-375 CW 1-20mmW 1,2,3 <1.5 >50:1 <0.5 3 A Narrow linewidth
375 STC-MLL-III-375L CW 1-50mW 0.5,1,2,3 <1.5 >100:1 <0.5 3 A Low noise
375 STC-MLL-III-375L CW 50-400mW 0.5,1,2,3 <100kHz >100:1 2.3x0.2 1.5x3.5 A Low noise
375 STC-MDL-XS-375 CW 1-50mW 1,2,3 <100kHz <1.5 >50:1 <1 1.2 <1 A LD
375 STC-MDL-III-375L CW 1-50mW 0.5,1,2,3 <100kHz <1.5 >100:1 <0.5 3 A LD
375 STC-MDL-III-375 CW 50-4000mW 0.5,1,2,3 <100kHz >100:1 2.3x0.2 1.5x3.5 A LD
375 STC-MDL-SD-375 CW 400-800mW 1,2,3 <30kHz H+V 1.5 4x4.5 A LD
395 STC-MLL-III-395 CW 1-100mW 0.5,1,2,3 <100kHz <1.2 >100:1 <1 1.2 <1 A LD, Low noise
395 STC-MDL-III-395 CW 1-100mW 0.5,1,2,3 <100kHz <1.2 >100:1 <1 1.2 A LD
395 STC-TUN-TiA-393-408 AOQ 1-1000mW 5, 10 20uJ 10-50kHz 25ns 0.8kW <4 2 A DPSS
397 STC-MLL-III-397 CW 1-100mW 0.5,1,2,3 <100kHz <2x0.5 3.5x1 <1 A LD, Low noise
397 STC-MDL-III-397 CW 1-100mW 0.5,1,2,3 <100kHz <2x0.5 3.5x1 A LD
397 STC-TUN-TiA-393-408 AOQ 1-1000mW 5, 10 20uJ 10-50kHz 25ns 0.8kW <4 2 A DPSS
400 STC-MDL-C-400 CW 1-50mW 1,2,3 >100:1 <1.5 3 A LD, long coherent length
400 STC-MDL-E-400 CW 1-50mW 1,2,3 >100:1 <1.5 3 A LD, narrow linewidth
400 STC-MLL-III-400 CW 1-300mW 0.5,1,2,3 <1.2 >100:1 0.5 1.2 <1 A LD, low noise
400 STC-MDL-III-400 CW 1-300mW 0.5,1,2,3 <1.2 >100:1 0.5 1.2 A LD
400 STC-TUN-TiA-393-408 AOQ 1-1000mW 5, 10 20uJ 10-50kHz 25ns 0.8kW <4 2 A DPSS
405 STC-FC-D-405 CW 1-100mW 1,2,3 100 <1 A LD
405 STC-MSL-III-405 CW 1-10mW 1,2,3 <1.2 >100:1 <1.2 <2 A LD, single longitudial
405 STC-MDL-C-405 CW 1-50mW 1,2,3 >100:1 <1.3 1.3 A LD, long coherent length
405 STC-MDL-E-405 CW 1-150mW 1,2,3 >100:1 <1.5 1.3 A LD, narrow linewidth
405 STC-TUN-403-407 CW 1-30mW 1,2,3 >100:1 <1 3 A LD, wavelength tunable narrow linewidth
405 STC-TEM-F-405 CW 1-30mW 1,2,3 <30kHz <1.1 <1.5 1 A
405 STC-MDL-PS-405 Pulsed 10um-0.5mW 1,2,3 <80MHz 100-1000ps 1 1.2 A LD, ps
405 STC-MDL-NS-405 1-500mW <80MHz 10ns010ms <1.2 >100:1 <1 1.2 A LD
405 STC-MLL-III-405 CW 1-1000mW 0.5,1,2,3 <100kHz <1.5 >100:1 <0.5 1.2 <1 A LD, Low noise
405 STC-MDL-XS-405 CW 1-200mW 1,2,3 <100kHz <1.2 >100:1 <1 1.2 <0.5 A LD
405 STC-MDL-III-405 CW 1-1000mW 0.5,1,2,3 <100kHz <1.2 >100:1 <0.5 1.2 A LD
405 STC-MDL-D-405 CW 1-2W 1,2,3 <30kHz H+V <0.5X0.3 4X3 A LD
405 STC-MDL-HD-405 CW 2-5W 1,2,3 <30kHz H+V <1X0.6 6X7 A LD
405 STC-MDL-XD-405 CW 5-10W 1,2,3 <30kHz H+V <2X1.2 12X7 A LD
405 STC-TUN-TiA-393-408 AOQ 1-1000mW 5,10 20uJ 10-50kHz 0.8kW <4 2 A DPSS
405 STC-OEM-I-405 1-7W FC LD
405 STC-OEM-D-405 CW 1W 1,2,3 H+V <0.5x0.3 4x3 A LD
405 STC-OEM-D-405 CW 2W 1,2,3 H+V <0.5x0.3 4x8 A LD
405 STC-OEM-HD-405 CW 2-5W 1,2,3 H+V <1X0.6 6X7 A LD
405 STC-OEM-XD-405 CW 5-10W 1,2,3 H+V <2x1.2 12X7 A LD