1200 W QCW / 120 W CW Air-Cooled Thulium Fiber Laser
The 1200 W QCW Air-Cooled Thulium Fiber Laser from Futonics is a pulsed 2 µm fiber laser system designed specifically for medical integration. It provides up to 1200 W pulse power, up to 120 W average output power and pulse energies of up to 10 J. Flexible pulse shaping enables application-specific energy delivery for high-pulse-energy medical applications such as lithotripsy, as well as integration into OEM medical devices.
Up to 1200 W
peak power
150 µm fibers
designed for small fibers
1940 nm
water absorption maximum
Pulse & CW operation
flexible pulse shaping
Compact housing
for easy integration
Air-cooled
low noise
Futonics’ thulium fiber laser platform is based on single-mode laser oscillators with precise wavelength stabilization using Fiber Bragg Grating (FBG) technology. This architecture enables stable emission characteristics, high beam quality and reproducible process results over long operating periods.
The system is designed for demanding applications that require high pulse energy, flexible pulse profiles and precise energy delivery in the 2 µm wavelength range. Its QCW architecture enables application-specific pulse shaping for processes where controlled energy deposition and reproducible pulse characteristics are critical.
Main features:
- Up to 1200 W pulse power
- Up to 120 W average output power
- Pulse energies up to 10 J
- 1940 nm wavelength at water absorption maximum
- Precise energy delivery for high-pulse-energy processes
- Individually adjustable pulse shapes
- Flexible pulse duration and pulse profile control
- Stable optical performance for reproducible pulse characteristics
- Suitable for soft-tissue applications and lithotripsy
- Air-cooled design with advanced cooling system
Product Views
Applications & Accessories
Applications
Industrial, medical and scientific applications of thulium fiber lasers.
Accessories
Optical components and accessories for 2 µm laser applications, including F-theta lenses, collimators and processing heads.