Whether
Laser Welding Machine manufacturers choose water cooling or air cooling for factory cooling depends primarily on the power of the equipment itself. Both types of cooling function identically: providing cooling to ensure the normal operation of the Laser Welding Machine.
For example, semiconductor Laser Welding Machine have relatively high power outputs and are typically cooled with water. Water cooling provides a greater cooling capacity, but the disadvantage of water cooling is its relatively large volume.
In practice, both water and air cooling are generally used to cool the Laser Welding Machine's transmitter and Q drive.
Generally, high-power laser equipment generates considerable heat from its laser generator, so circulating water cooling is used.
On the
Other hand, optical fiber and low-power CO2 devices have relatively low power outputs (basically under 50W), so the heat generated by the laser generator is not significant. Air cooling is sufficient, thus reducing both the equipment's volume and power.
