CO2 Lasers

CO2 lasers are essential tools used in semiconductor processing for cutting and engraving with high precision. They support efficient manufacturing with minimal material waste and improved accuracy.

No products found in this category.

Common Applications

semiconductor wafer cutting

PCB drilling

micro-machining

marking and engraving

material processing

thin film scribing

Buying Guide

CO2 Laser Buying Considerations

  • Ensure compatibility with existing semiconductor processing equipment.
  • Evaluate the beam quality for precision tasks.
  • Consider the power output based on the material types being processed.
  • Check for maintenance requirements and service intervals.
  • Assess the available cooling systems to ensure efficient operation.

Frequently Asked Questions

What is a CO2 laser?
A CO2 laser is a gas laser used extensively in industrial applications for cutting and engraving materials.
Why are CO2 lasers used in semiconductor processing?
CO2 lasers are used for their precision and ability to cut and engrave materials cleanly without damaging sensitive components.
How do CO2 lasers enhance manufacturing?
They improve manufacturing by providing precise cuts and reducing material waste, thus increasing efficiency.
What should I consider when selecting a CO2 laser?
Consider power, beam quality, and compatibility with existing systems for optimal performance in semiconductor applications.