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Product Details:
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Service: | Online Service | Beam Divergence: | 1.2mrad |
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Beam Quality: | M2<1.2 | Lifetime: | >10000h |
Operating Temperature: | 10-35℃ | Output Power: | 2W |
Polarization: | Linear | Power Noise: | <0.2% |
Power Stability: | ±2% | Power Supply: | AC220V |
Pulse Width: | 7ns | Repetition Rate: | 10kHz |
Size: | 200*200*100mm | Warm-up Time: | <10min |
Wavelength: | 1064nm | Weight: | 2kg |
Highlight: | 532nm CW DPSS Lasers,DPSS Lasers,Infrared Laser |
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.
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 |
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.
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 |
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.
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 | / |
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 |
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Compact Laser Module |
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Fiber Coupled Laser Module | STC-PGL-FC-532/ 1~50mW |
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.
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-CW | CW | 50~100 W | <3% | / |
STC-HPL-1064-CW | CW | 100~500 W | <3% | / |
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.
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 |
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.
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 | / |
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 |
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Compact Laser Module |
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Contact Person: Steven
Tel: +86 15671598018
Fax: 86-027-51858989