The primary reason picosecond lasers avoid carbonization is the relationship between pulse duration and Thermal Relaxation Time (TRT).

The Green Picosecond Laser facilitates a transition from traditional "thermal processing" to high-end "cold processing."

In the future, ultrafast lasers will continue to serve as the core driving force for RF technology innovation, realizing more disruptive applications in key fields.

RF (Radio Frequency) technology is widely used in key fields such as communications, electronic manufacturing, national defense, and aerospace.

Ultraviolet picosecond laser cutting technology accurately matches the core demand for high-precision and low-damage processing in the medical field, bringing a revolutionary breakthrough to medical device manufacturing.

Infrared femtosecond laser cutting technology, with its irreplaceable precision "cold processing" capabilities, has become a core process supporting this trend.