Why Do We a Need Industrial Water Chiller for Laser Welding, Laser Cleaning, and Laser Cutting Machines? And What is Means Dual Cycle Water Chiller ?

According to Einstein’s Photoelectric Effect Theory, the Essence of Laser Generation is the Conversion of Electrical Energy into Laser Energy, and the Laser Will Generate a Lot of Heat During the Laser Generation Process.
A Large Amount of Heat is Generated Because the Gain Medium Absorbs the Energy of the Pump Light, and Because the Conversion Efficiency of the Laser is Not High, a Considerable Part of the Energy Has to Be Converted into Heat, and for Solid State Laser Sources, a Large Amount of Heat Will Lead to Uneven Energy Distribution Inside the Crystal, Which in Turn Affects the Output Performance of the Laser Source. So Arguably the Most Important Part of a Laser Source is Thermal Management.
There Are Several Types of Industrial Laser Sources, Including Fiber, Ion, and Co2 Lasers, Which Are Commonly Used for Laser Cutting, Laser Welding, or Laser Cleaning Applications. When in Use, Industrial Lasers Generate a Lot of Heat. However, in Order for Them to Perform Optimally over the Long Term, It sI Important That the Thermal Energy is Transferred out of the Process Quickly.
The Main Solution Today is to Use Industrial Water Chiller to Cool Down the Laser Sources. The Essence of an Industrial Chiller is That the Heat is Removed by Circulating the Water and then Fanning the Heat into the Air Through the Chiller’s Own Cooling System. This Allows for Precise Temperature Control of the Fiber Laser Source.
Because Laser Equipment Generally Involves Laser Heads, Laser Welding Guns, and Laser Cleaning Guns As Components, a Dual-cycle Temperature-controlled Water Chiller Becomes a Necessity. The Core is the Independent Existence of Two Water Cycles in the Industrial Water Chiller, Which Control the Laser Source and Laser Head’s Temperature Separately. There is No Interference or Conflict Between the Two Water Cycles.