What does a picosecond laser do?

It has the characteristics of picosecond ultra-short pulse width, adjustable repetition frequency and high pulse energy. It has been widely used in biomedicine, optical parameter oscillation, biological microscopic imaging and other fields, and has gradually become an increasingly important tool in modern biological imaging and analysis systems.

The use of laser

Laser demonstration (stage effect), laser ranging (speed measurement), laser scanning (three-dimensional surface presentation, roughness, etc. ), laser indication, laser rapid prototyping, laser excitation (nuclear fusion, etc. ), laser projection, laser illumination (this seems to be a concept), laser marking, selective material removal, etching, engraving, welding, and laser anti-counterfeiting.

We are engaged in laser precision micro-machining, and we know a lot about it, mainly cutting, drilling, etching, notching and so on.

High-power automobile skeleton welding, sheet metal cutting, etc.

Because of its outstanding characteristics, laser has been rapidly applied to industry, agriculture, precision measurement and detection, communication and information processing, medical treatment, military and other aspects, and has caused revolutionary breakthroughs in many fields.