Laser Chillers for Precision Cooling | High Efficiency & Energy Saving

Laser Chillers Applications

1. Laser cooling
Lasers generate a lot of heat when working. Excessive temperature will cause the laser output power to drop and may even damage the laser.
2. Cooling of optical components
Optical components (such as lenses and reflectors) in laser equipment will also generate heat during the operation of the laser, affecting the focusing quality of the laser beam.
3. Improving processing accuracy
Temperature stability directly affects the output power and beam quality of the laser. The cooler can keep the laser within a constant temperature range and reduce the output instability caused by temperature fluctuations, thereby improving the accuracy and consistency of laser processing.
4. Extending equipment life
Proper temperature control can reduce thermal damage to the laser, reduce the failure rate, and thus extend the service life of the laser. The use of a cooler helps maintain the long-term stability of the laser and reduce maintenance and replacement costs.