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2μm 1000W Thulium-Doped Fiber Laser (TDFL)

HSC-1000-G3-GF

Machine Features

2μm long wavelength, high absorption rate for non-metallic materials and biological tissues, high processing accuracy, small heat-affected zone, adaptable to multi-field precision and special scenarios.
Full in-house R&D of core devices, optical paths and gain media; optimized fiber process and structure; fundamental elimination of high-power mode instability and beam quality degradation.
10%-100% full-range stepless linear power adjustment, real-time closed-loop power compensation, high linearity and stable output for diverse precision processes.
Low loss, high durability and high tightness of core optical devices, stable performance under high-low temperature shock and other complex working conditions.
Strict aging and durability test, ultra-low power fluctuation and attenuation, strong anti-interference capability, support 24/7 nonstop continuous stable operation all year round.

Applications

Precision non-metallic machining: precision cutting, welding and drilling of carbon fiber/glass fiber composites, engineering plastics, optical films, glass and ceramics.

Application Industries: new energy, aerospace and consumer electronics and more. For instance, it can replace holmium lasers to implement lithotripsy in medical applications. In scientific research, it functions as a mid-infrared pump source to support atmospheric remote sensing and lidar research. Special application scenarios involve power line obstacle clearance, anti-drone countermeasures and more.

Technical Data Sheet

Machine Model	HSC-1000-G3-GF
Rated Output Power (CW)	1000W
Central Wavelength	1940±10nm
Power Tuning Range	10-100%
Power Stability	<±1%
Operating Mode	CW / Modulation
Polarization Mode	Random
Max. Modulation Frequency	5kHz
Red Pilot Output Power	>0.5mW
Output Fiber Core Diameter	25μm (Customizable)
Beam Quality	≤1.5 M2
Connector Type	QBH
Output Fiber Length	10m (Customizable)
Weight	<85kg

Sales Hotline

+86-400-666-4000