Laser processing includes laser welding, laser cutting, laser engraving, laser marking, etc. Laser processing is gradually replacing traditional processing due to its high speed, high accuracy and high yield. However, the high performance of a laser system depends on the effective cooling of the laser system, from which excess heat must be removed to avoid overheating of critical components, which can be solved by applying a laser cooler system.

Why do laser systems need to be cooled?

Increased heat causes an increase in wavelength which affects the performance of the laser system, the operating temperature affects the beam quality as strong beam focusing is required in some laser applications, and lower operating temperatures ensure a longer service life of the laser system components.

What can a laser chiller do?

Cooling to maintain precise laser wavelength, cooling to achieve desired beam quality, cooling to reduce thermal stress, cooling for higher output efficiency

Huanli laser chillers can cool CO2 lasers, excimer lasers, ion lasers, solid-state lasers and dye lasers to ensure operational precision and high performance.

Ringley laser chillers, with precise temperature control up to ±0.1°C, have dual independent temperature control systems, high temperature cooling of the laser head, low temperature cooling of the laser, multi-purpose and space-saving. Specialty chiller has a scientific and systematic production system, each chiller has been standardized testing is a reliable partner.