CO2 Lasers

CO2 lasers are powerful tools used for cutting, engraving, and marking various materials by emitting infrared light at a typical wavelength of 10.6 µm. They support high-resolution and repeatable operations with power outputs varying from 10W to over 1kW, making them suitable for precise industrial applications and laboratory use.

No products found in this category.

Common Applications

precision cutting

engraving

marking

material processing

Buying Guide

CO2 Lasers Buying Guide

When selecting a CO2 laser, consider the specific material processing needs, ensuring compatibility with the materials you plan to work with. Evaluate the power output necessary for your intended cutting or engraving applications.

Verify the laser's precision specifications, such as resolution and repeatability, to ensure it meets your quality requirements. Consider the machine's cooling system to maintain efficiency and prevent overheating.

  • Check the power output range suitable for your application.
  • Ensure the laser's wavelength matches your material's absorption characteristics.
  • Assess the stability and precision specifications like resolution and repeatability.
  • Confirm the compatibility of the laser with the intended materials and processes.

Frequently Asked Questions

What materials can CO₂ lasers cut?
CO₂ lasers can cut a variety of materials including acrylic, wood, leather, paper, plastics, and some metals.
How do CO₂ lasers achieve precision?
CO₂ lasers achieve precision through their high-resolution focusing ability and stable power output, resulting in minimal material distortion.
What is the typical wavelength of a CO₂ laser?
The typical wavelength of a CO₂ laser is around 10.6 µm, which is effective for cutting and engraving applications due to its absorption characteristics.
What power range do CO₂ lasers typically operate within?
CO₂ lasers typically operate within a power range from 10W to over 1kW, depending on the specific application requirements.