เลเซอร์ไมโครแมชชีนนิ่งเฟมโตวินาทีลูเมนตัม

Lumentum femtosecond micromachining lasers have the following functions and effects:

การทำงาน

High energy output: There are multiple power options, infrared light high power can reach 200W, low power is 45W; green light high power is 100W, low power is 25W; ultraviolet light high power is 50W, low power is 12W. It can provide appropriate energy according to different materials and processing requirements.

Wide repetition frequency range: repetition frequency ranges from single shot to 16MHz. The pulse emission frequency can be flexibly adjusted to meet different processing speed and precision requirements.

Short pulse width: The pulse width is less than 500 femtoseconds at 1030 nanometers. Extremely short pulses can achieve high-precision processing and reduce heat-affected zones.

Multiple wavelength output: Provide 1030nm (infrared), 515nm (green light), 343nm (ultraviolet light) and other wavelength options. Different wavelengths are suitable for different materials and processing scenarios.

Special features: FlexBurst technology can split the energy of a single pulse into a group of pulses with higher power; AccuTrig trigger function provides precise triggering for "dynamic" processing; MegaBurst high-energy burst can provide high-energy pulses in a short time; SYNC for high-speed line scanners can achieve precise timing control.

การทำงาน

Material processing: It can be used for OLED cutting, glass cutting, welding, scribing, sapphire cutting, scribing, high-speed metal processing, metal drilling, cutting, selective thin film ablation, etc., and can process almost any material with high quality and high yield.

PCB production: In the manufacture of printed circuit boards, fine line cutting, micro-hole processing, etc. can be performed to improve production efficiency and product quality.

Medical equipment manufacturing: It can be used to manufacture high-precision parts in medical equipment, such as the processing and forming of medical stents such as heart stents. Due to its high precision and low thermal impact, it can ensure the safety and reliability of medical devices