Diode Laser
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Diode Pump
Learn MoreElevate your research and applications with our Diode Pumped Solid State Lasers series. These DPSS lasers, equipped with high power pumping capabilities, exceptional beam quality, and unmatched stability, offer versatile solutions for applications such as Laser Diamond Cutting, Environment R&D, Micro-nano Processing, Space Telecommunications, Atmospheric Research, Medical Equipment, Image Processing, OPO, Nano/Pico-second Laser Amplification, and High-gain Pulse Pump Amplification, setting the gold standard in laser technology. Through nonlinear crystals, the fundamental 1064 nm wavelength light is able to be frequecy doubling to shorter wavelengths, such as 532 nm green light.
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Fiber Coupled
A fiber-coupled laser diode is a laser device where the output is delivered through a flexible optical fiber, ensuring precise and directed light delivery. This setup allows for efficient light transmission to a target point, enhancing the applicability and versatility in various technological and industrial uses.Our fiber-coupled laser series offers a streamlined selection of lasers, including a 525nm green laser and various power levels of lasers from 790 to 976nm. Customizable to fit specific needs, these lasers support applications in pumping, illumination, and direct semiconductor projects with efficiency.
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Single Emitter
LumiSpot Tech provides Single Emitter Laser Diode with multiple wavelength from 808nm to 1550nm. Among all, this 808nm single emitter,with over 8W peak output power, has small size, low power-consumption, high stability, long working-life and compact structure as its special features,mainly used in 3 ways : pump source, lightning and vision inspections.
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Stacks
The series of Laser Diode Array are available in horizontal, vertical, polygon, annular, and mini-stacked arrays, soldered together using AuSn hard soldering technology. With its compact structure, high power density, high peak power, high reliability and long life, the diode laser arrays can be used in illumination, research, detection and pump sources and hair removal under the QCW working mode.
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