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F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 1.550 um
  • Output Power: 1000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 1.470 um
  • Output Power: 1000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.976 um
  • Output Power: 10000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.976 um
  • Output Power: 5000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.940 um
  • Output Power: 5000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.915 um
  • Output Power: 10000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.808 um
  • Output Power: 10000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.808 um
  • Output Power: 8000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.808 um
  • Output Power: 5000 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.635 um
  • Output Power: 500 mW
Data Sheet
F-mount Single Emitter Diode Laser (CW) series by FocusLight.  - High reliability Ÿ- High brightness Ÿ- High Stability Ÿ- AuSn bonding Ÿ- Harsh environment applications
  • Center Wavelength: 0.635 um
  • Output Power: 350 mW
Data Sheet
The unique feature of Oxxius\' LaserBoxx DPSS is a proprietary, alignment-free monolithic resonator. The elements in the cavity are assembled into a single ultra-low-loss optical subsystem, using a proprietary crystal bonding technique  A highly transparent compound, deposited on chemically ...
  • Center Wavelength: 0.445 um
  • Output Power: 100 mW
Data Sheet
The unique feature of Oxxius\' LaserBoxx DPSS is a proprietary, alignment-free monolithic resonator. The elements in the cavity are assembled into a single ultra-low-loss optical subsystem, using a proprietary crystal bonding technique  A highly transparent compound, deposited on chemically ...
  • Center Wavelength: 0.405 um
  • Output Power: 100 mW
Data Sheet
A new product addition designed for sensitive detection of HCl, the EP1742-DM-DX1, available in the 1735-1770nm range, combines Eblana Photonics Discrete Mode (DM) technology with an integrated current driver and TEC controller to create a complete sensing solution featuring excellent SMSR and mode-hop free tuning.
  • Center Wavelength: 1.742 um
  • Output Power: 8 mW
Data Sheet
Designed specifically for methane detection, the EP1512-DM-DX1, available in the 1640-1670nm range, combines Eblana Photonics Discrete Mode (DM) technology with an integrated current driver and TEC controller to create an all-in-one sensing solution featuring excellent SMSR and mode-hop free tuning.
  • Center Wavelength: 1.654 um
  • Output Power: 5 mW
Data Sheet
Eblana Photonics EP1550-NLW-DX1, available in the 1540 - 1560nm range, combines the ultra-narrow linewidth performance (100kHz) of Eblana\'s Discrete Mode (DM) technology with a low noise current driver and TEC controller, all in one integrated package - perfect for coherent comms and metrology applications.
  • Center Wavelength: 1.550 um
  • Output Power: 8 mW
Data Sheet
The EP1512-DM-DX1, available in the 1490-1530nm range, combines Eblana Photonics Discrete Mode (DM) technology with an integrated current driver and TEC controller to create an all-in-one solution for precision detection of Ammonia, featuring excellent SMSR and modehop free tuning.
  • Center Wavelength: 1.512 um
  • Output Power: 8 mW
Data Sheet
The EP1392-DM-DX1, available in the 1378-1400nm range, combines Eblana Photonics Discrete Mode (DM) technology with an integrated current driver and TEC controller, and is designed specifically for sensitive detection of H2O. The laser module featuring excellent SMSR and mode-hop free tuning.
  • Center Wavelength: 1.392 um
  • Output Power: 8 mW
Data Sheet
The EP1278-DM-DX1, available in the 1260 - 1288nm range, is a new addition to our product line, combining Eblana Photonics Discrete Mode (DM) technology with an integrated current driver and TEC controller. Excellent SMSR and mode-hop free tuning make this module perfect for precise detection of Hydrogen Flouride.
  • Center Wavelength: 1.278 um
  • Output Power: 8 mW
Data Sheet
LRD60-635L Laser Guide Light
Latronix AB
LRD-series lasers have a diameter of 54mm and a length of 342mm. With a unique design where several laser diodes are interacting for the same line you can get a laser guide light with output power up to 75mW. This design makes it possible to upgrade the output power if necessary
  • Center Wavelength: 0.635 um
  • Output Power: 60 mW
Data Sheet

Did You know?

The first useful semiconductor laser was made by R.N. Hall in 1962 which was composed of GaAs materials that emitted in near infrared at 0.8 µm. The semiconductor laser is similar to transistor, has the appearance of a LED but the output beam has the characteristics of a laser. The application that was the main driving force in the development of semiconductor lasers was in the field of long distance communications but at this moment the use of this laser in compact disc players constitutes their largest single market. Using semiconductor laser gives an advantage of low power consumption requirements.