Laser Welding Machine Chiller

Portable Laser Welding Chiller

  • Process Chiller Type: Water medium, air-cooled chiller
  • Cooling Capacity: 1.0-6.0kW

Laser welding machine chillers provide water cooling for portable fiber laser welding machines during high-power operation. The cooling unit is integrated into the welding machine and uses water circulation to cool the laser source and welding head, so the laser equipment can run stably for long working periods. Unlike conventional split-type chillers, these portable laser welding chiller units are integrated directly into the handheld laser welding machine to create a more compact integrated design.

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Specifications
Model AWM-100 AWM-150 AWM-200
Power Supply 220V/1P/50Hz
Total Power W 2.6 2.8 3.6
Current A 7 9 12.5
Refrigerant R22
Nominal Cooling Capacity W 2500 3500 5000
Btu/h 8500 12000 17000
Heating Power W 500~1500
Water Tank Capacity L 20 45
Low Temperature Water Temperature Range 15-35
Control Accuracy ±1.5(AWMH±.0.1~0.2)
Max. Flow Rate L/min 30~60
Max. Pressure Mpa 0.42
Connection Size G 1/2”
Normal Temperature Water Temperature Range 15-35
Control Accuracy ±1.5(AWMH±0.1~0.2)
Max. Flow Rate L/min 5
Max. Pressure Mpa 0.42
Connection Size G 1/2”
Weight kg 120 130 160
Dimensions mm 1170×640×1330
With over a decade of dedication to industrial process cooling and thermal management for industrial equipment, we have established us as a reliable manufacturer of industrial process chillers, enclosure air conditioners, air-air heat exchangers and oil mist collectors. We understand that every production process has different thermal requirements and operational demands. From CNC machining and semiconductors to laser processing and electronics manufacturing, we deliver the industrial cooling solutions designed to keep your production and operation running with temperature consistency and thermal stability. With all industrial chillers and industrial equipment thermal control systems certified by CE and ISO, we are committed to assisting you in optimizing production efficiency, minimizing downtime and reducing operational costs.