The Kilo-Watt Class Single Mode CW Fiber Laser adopts all-fiber design, and the beam quality is close to the diffraction limit. By matching output fibers with different core diameters, it meets the application requirements of various fields, such as precision machining, deep penetration welding, scientific research, etc.

The thin core fundamental mode fiber laser achieves a pure fundamental mode laser output with M²less than 1.1, It features a compact structure, high energy density, anti-reflection capability, high electro-optical conversion efficiency, and possesses outstanding advantages in high precision machining, welding of copper and aluminum, 3D printing, etc.

Our customized beam homogenizer CW fiber laser can meet different requirements for different application.

Nowadays, laser applications are becoming more and more popular. No matter laser lighting, projection, cosmetology, or some high-energy cutting and cleaning, Beam shaping and homogenization are needed.

High spectral brightness CW fiber laser has outstanding advantages such as high efficiency, small footprint, high beam quality, high stability and reliability, and strong environmental adaptability. For products with power≤3kW, the minimum 20dB linewidth is better than 2nm. It is the preferred light source for the wavelength beam combining fiber laser system.The output wavelength and line width are available upon request.

The DH-2000-BAL Deuterium Tungsten Halogen Light Source combines the continuous spectrum of deuterium and tungsten halogen light sources in a single optical path, producing a powerful, stable output from 215-2000 nm.

The AR-1 Calibration Source is a spectral wavelength calibration source specifically designed for NIR spectrometers like our NIR256 and NIR512 models. The AR-1 produces low-pressure argon emission lines from 696-1704 nm for use in performing fast, reliable spectrometer wavelength calibrations. The spectral emission lines are printed on the lamp's housing.