In the industrial field, there are usually two auxiliary cooling methods for laser equipment: water-cooled and air-cooled. In practical applications in the industrial industry, the commonly used ones are water-cooled. That is what we know as a chiller. The chiller can provide timely cooling for laser equipment under high temperature and heat conditions during use.
The accessories of the laser chiller are all equipped with filters. Filters can effectively filter out granular impurities in water, maintain cleanliness inside the laser pump, and prevent pipeline blockage.
The chiller of laser equipment usually uses pure water or distilled water, which is more conducive to the light source directly entering the laser material force, achieving the best laser printing mode.
Laser chillers generally use imported compressors, and the water tank and pump are made of stainless steel materials. The capillary tubes for heat transfer are also made of stainless steel materials. This can ensure the stability of the chiller's operation, and the temperature control accuracy of chillers on the market can reach ± 0.1 degrees Celsius. The precise cooling effect can reduce the influence of temperature on laser equipment.
Laser chillers are generally rated at 220V voltage, but ordering can also be customized according to demand. However, the universal applicability of 220V facilitates the universality of the equipment.
Laser chillers are equipped with flow alarm devices. When the water volume drops below the minimum setting, the chiller will emit a low flow signal alarm, reminding operators to add water in a timely manner. It can effectively protect the heat dissipation components related to the first stage of the laser.
The laser chiller exchanges heat between the heated laser and related lenses and devices; Stable laser spot mode effect can be achieved for heating lasers; Maintain the stability of laser power; Increase the lifespan of the laser.
Source: Coolingstyle