Best Fiber Laser Source | UV Laser Source | CO2 Laser Source | Green Laser Source

Laser, short for Light Amplification by Stimulated Emission of Radiation, is a powerful type of light that is amplified through the process of stimulated emission. It finds extensive applications in various fields including industrial manufacturing, information communication, biomedical science, research, and military. This is due to its unique characteristics such as low divergence, high brightness, good monochromaticity, and good coherence.

Our laser sources cover a wide range of specifications:

– Full wavelength: 213nm to 10600nm
– Full pulse width: nanoseconds (ns) to femtoseconds (fs)
– Full laser power: 3W to 60KW

A laser source typically consists of three main components: a pump source that supplies energy, a gain medium that amplifies the laser, and a resonant cavity that reflects the light back and forth through the gain medium, resulting in amplified laser power.

Laser sources can be classified based on various dimensions such as the pump method, gain medium, working mode, output power, and output wavelength. For example, lasers can be categorized into optical, electrical, chemical, thermal, and nuclear pump lasers based on their energy sources. They can also be classified into liquid, gas, and solid-state lasers based on their gain media.

Solid-state and fiber lasers are the most commonly used types in the market. Fiber lasers are ideal for macroscopic metal material cutting, welding, drilling, and sintering due to their high average power and strong thermal effects. On the other hand, solid-state lasers are preferred for fine microprocessing of thin, brittle materials and non-metallic materials due to their high peak power, low thermal effects, and high processing accuracy.

Laser sources can also be categorized as continuous-wave or pulsed lasers based on their working modes. Pulsed lasers further divide into long pulse (ms, us), short pulse (ns), and ultra-short pulse (ps, fs) lasers. The narrower the pulse width and the shorter the wavelength, the higher the achievable processing accuracy.

Lastly, lasers can be classified into infrared, visible, and ultraviolet lasers based on their output wavelengths. Different materials have different absorption ranges for different wavelengths of light, so different wavelength lasers are used for specific material processing applications.

Feel free to contact us today to find the most suitable laser source for your specific needs!