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  • LD850A10A16 is an 850nm, 10mW, 60°C, laser diode in a ⌀3.3mm, TO-can package. Suitable for motion sensor, 3D depth sensor, industry, medical application.
  • LD850A10C16 is an 850nm, 10mW, 60°C, laser diode in a ⌀5.6mm, TO-can package. Suitable for sensor and industrial optical module.
  • LD850A200A16 is an 850nm, 200mW, 60°C, laser diode in a ⌀3.3mm, TO-can package. Suitable for motion recognition sensor and industrial optical module.
  • Compact 850nm laser diode with 200mW output in a ⌀5.6mm TO-can package. Reliable performance up to 60°C, ideal for optical sensing and communication systems.
  • The Lasermate LD850A250C16 is an 850nm, 250mW, 60°C, laser diode in a ⌀5.6mm, TO-can package. Suitable as light source for sensing device, LIDAR (Light detection & ranging), 3D sensing with laser.
  • LD850A50C15 is an 850nm, 50mW, 50°C, laser diode in a ⌀5.6mm, TO-can package. Suitable for bar-code scanner, laser printer, sensing.
  • LD905A100C17 is an 905nm, 100mW, 70°C, laser diode in a ⌀5.6mm, TO-18 can package. Suitable for sensor and industrial optical module.
  • 905nm laser diode with 10mW output in a ⌀5.6mm package, designed for high-temperature operation up to 70°C, ideal for sensing and communication applications.
  • LD940A200C16 is an 940nm, 200mW, 60°C, laser diode in a ⌀5.6mm, TO-can package. Suitable as light source for fiber laser pumping, laser ranging, 3D sensing application.
  • LD940A300C16 is an 940nm, 300mW, 60°C, laser diode in a ⌀5.6mm, TO-can package. Suitable as light source for sensor and industrial optical module.
  • 940nm laser diode with 50mW output in a compact ⌀5.6mm package, designed for high-temperature operation up to 60°C.
  • Discover the LD940D200S3516, a 940nm 200mW Laser Diode in an SMD package. Ideal for 3D sensing and ToF applications, with high efficiency and reliability.
  • 980nm laser diode with 50mW output, compact ⌀5.6mm package, and 40°C operating temperature, ideal for sensing and communication systems.
  • 980nm laser diode with 50mW output in a ⌀5.6mm package, capable of operating at temperatures up to 70°C for demanding applications.
  • 808nm/9xxnm/1064nm conduction-cooled laser diode bar with up to 60W CW output. Compact, modular design for pumping, industrial, medical, and scientific applications.
  • 808nm/9xxnm/1064nm water-cooled laser diode bar with up to 100W CW output. High-brightness, scalable design for pumping, industrial, medical, and scientific applications.
  • High-power 808nm conduction-cooled laser diode bar with up to 100W QCW output. Compact and scalable for applications in pumping, industrial, medical, and scientific fields.
  • Up to 400W CW water-cooled four-bar diode laser array, offering 100W per bar. Ideal for pumping, industrial, and medical applications requiring high power and reliability.
  • 500W CW water-cooled five-bar diode laser array, offering 100W per bar. Designed for pumping, industrial, and medical applications requiring high power and reliability.
  • 1200W QCW water-cooled four-bar diode laser array, delivering 300W per bar. Designed for pumping, industrial, and medical applications requiring high-peak power.
  • Long coherence CW diode lasers

    Applications: Holography, Photoetching interference, DNA sequencing, Flow cytometry, Digital imaging, Analytical chemistry, Particle Measurement, Confocal microscopy, Raman spectroscopy
  • 808nm pulsed laser diode model LDP808A7WC15 with 7000mW output in TO-18 5.6mm package. Designed for laser pumping, medical, and industrial applications with efficient thermal management.
  • 830nm pulsed laser diode model LDP830A5WC15 with 5000mW output in ⌀5.6mm package. Designed for high-power laser pumping, medical systems, and industrial applications with efficient thermal control.
  • 905nm pulsed laser diode with 21W peak output in a compact ⌀5.6mm package, ideal for LIDAR, range finding, and sensing applications.
  • Compact 905nm pulsed laser diode delivering 25W peak power, ideal for precision sensing, LIDAR, and range finding applications.
  • High-power 905nm pulsed laser diode delivering 50W peak output in a compact ⌀5.6mm package, ideal for LIDAR, range finding, and sensing applications.
  • 980nm pulsed laser diode with 5000mW peak power, housed in a compact ⌀5.6mm package. Ideal for LiDAR, optical sensing, and medical laser applications.
  • The LDV808Q4000WW is a 40-bar vertical stacked diode laser array with 100W QCW/bar at 808nm, generating up to 4000W total power. Water-cooled for high-power applications.
  • 1600W CW vertical stacked diode laser with micro-channel water-cooling, delivering up to 100W per bar across 808nm to 1064nm wavelengths for pumping, industrial, and medical applications.
  • The LDVxxxQxWC vertical stacked diode laser offers 100W-300W/bar QCW output, up to 6000W total power, and conduction cooling. Perfect for industrial, medical, and pumping applications.
  • Lasermate Group, Inc. offers multi-wavelength fiber coupled light-emitting diodes (LEDs) in the UV-Visible-IR spectral range. The fiber coupled LED modules feature stable output intensity, long operating lifetime, and high power. They are widely used in spectroscopy, optogenetics, fluorescence excitation and many other applications.
  • Infrared fiber-coupled LED with nominal wavelength of 1050nm and typical 4.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
  • Green dot light-emitting diode (LED) at 525nm wavelength in frameless 2121 SMD package ideal for point source and sensors application.
  • Green dot circle light-emitting diode (LED) at 525nm wavelength in 3522 SMD package ideal for point source and sensors application.
  • UV fiber-coupled LED with nominal wavelength of 375nm and typical 10.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
  • UV fiber-coupled LED with nominal wavelength of 395nm and typical 2.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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