LASER APPLICATIONS

Laser processing the material has significant advantages compared to other non-contact processing methods in 5 aspects: material adaptability, control flexibility, processing efficiency, cost and environmental protection.

To better control the Laser processing quality, we provide a web calculator, quickly get the the calculation results to guide your application trial

The key parameters of a pulsed laser—pulse width, repetition rate, and pulse energy—each affect material processing quality in different ways.

The concise guide of sourcing the mature ultrafast lasers, including the types of ultrafast lasers, and all available manufacturers.

List of available nanometer level thickness measurement instruments and the selection criteria by principle description, advantages and cost.

Laser wire stripping machines excel where traditional methods fail, preventing damage to fine wires (<0.5 mm) like optical fibers. They precisely strip multi-layer cables (e.g., CAN bus) with ±10 micron accuracy and handle thick insulation (e.g., PTFE) without carbonization, boosting speed by 30%. CO2 lasers target non-metallic layers, while fiber lasers cut shields, ensuring no core damage. Programmable systems and galvanometer scanners support 50W+ lasers for high-speed (10–50 m/min) processing. Automated with CCD and PLC, they enhance batch production. Ideal for electronics, medical, and aerospace, laser stripping offers unmatched precision and safety.