Picosecond lasers are suitable for advanced precision laser processing fields such as hard and brittle materials such as sapphire, OLED, ceramics, semiconductor and photovoltaic industries, polymer materials, metal sheet etching, 3C industries, glass cutting/drilling, fuel nozzle drilling, etc

The dissipative soliton OPO has advantages in many areas of application: nonlinear optics research, precision material processing, free space optics communication, environmental monitoring and biomedical, etc

Mid infrared femtosecond lasers are suitable for remote sensing,
fiber stripping, semiconductor microprocessing, surface
treatment of polymer materials, waveguide etching, PET film treatment, mid infrared comb, material process detection, high-energy physics, generation of supercontinuum spectra, and other fields.

The laser uses a blue light diode as the pumping source to achieve continuous ultraviolet/deep ultraviolet laser output. Adopting a unique dual channel coupling output method, it has market leading output power and the advantage of low cost. Drequency -doubling crystal shift position technology

Continuous ultraviolet lasers are used in semiconductor material defect detection, Raman spectroscopy research, ultraviolet lithography, photoluminescence and fluorescence excitation.