Water Chillers

Industrial Fiber Laser Water Chiller The Tommy Industrial fiber laser water chiller is engineered to provide stable and efficient temperature control for demanding laser-cutting applications. Proper cooling helps protect the laser source and optical components while supporting consistent cutting performance during extended production cycles. Designed for compatibility with multiple fiber laser brands, the chiller combines precise temperature regulation, dependable alarm protection, low failure rates, and energy-efficient operation. Environmentally responsible refrigerant configurations are available to support installation requirements in markets worldwide. Precision Temperature Control Temperature-control accuracy of up to ±0.1°C helps maintain stable operating conditions for the laser source and cutting system. Dual-Circuit Cooling Separate normal-temperature and chilled-water settings provide controlled cooling for different components within the fiber laser system. Integrated Protection Standard water-flow and water-pressure alarms help identify cooling-system problems before they can affect machine operation. Stable Cooling for Consistent Laser Performance Maintaining the proper operating temperature is essential for reliable fiber laser performance. The industrial water chiller continuously circulates controlled cooling water to help prevent overheating, reduce thermal variation, and support consistent beam quality throughout the cutting process. Water Chiller Specifications Specification Standard Configuration Equipment Type Industrial Fiber Laser Water Chiller Input Power 380V / 50Hz Cooling Medium Distilled Water or Deionized Water Temperature-Control Accuracy ±0.1°C Normal-Temperature Water Setting 30°C Standard, Adjustable Chilled-Water Setting 25°C Standard, Adjustable Maximum Temperature 40°C Minimum Temperature 10°C Water-Flow Alarm Standard Water-Pressure Alarm Standard Key Benefits Designed specifically for industrial fiber laser equipment Compatible with multiple fiber laser source brands Helps protect the laser source and optical components from overheating Maintains consistent cooling during extended production cycles High-accuracy temperature regulation for stable machine performance Standard water-flow and water-pressure monitoring Low failure rate and dependable industrial operation Energy-efficient design with environmentally responsible refrigerant options Factory inspected and tested for quality assurance Proper Cooling-Water Requirements For dependable operation and protection of the laser system, use only the approved cooling medium specified for the machine. Distilled or deionized water is recommended to reduce mineral buildup, contamination, and restrictions within the cooling circuit.