Fiber Laser Professional Chiller

The fiber laser cutting machine chiller is used to cool the laser generator and laser lens of the fiber chiller for laser cutting machine. Fiber laser machines have become more and more widely used in the metal processing industry. They have the characteristics of good cutting quality, high automation level, simple operation, low labor intensity, and good economic efficiency. XlntChillers fiber laser chiller can accurately cool the laser generator and laser lens in time during the fiber laser processing process to meet their different temperature requirements, and provide two water channels for intelligent temperature control. XlntChillers is one of professional laser chiller manufacturers who can offer various types of chiller for laser cutting machines. To find reliable water chiller for laser cutter, please contact us to learn more about laser water coolers.

Types of Chiller for Laser Machine

XLNT-500 Fiber Waterchiller

XLNT-800 Fiber Chiller Cooling System

XLNT-1000 1000W Fiber Laser Chiller

XLNT-1500 1500W Fiber Laser Water Chiller

XLNT-2000 2000W Laser Chiller

XLNT-3000 3000W Fiber Laser Cutter Chiller

XLNT-6000 6000W Fiber Laser Chillers

FAQs Of Laser Cutter Chiller

Does The Fiber Laser Water Cooler Provide Single Water Temperature Or Dual Water Temperature?

This type of industrial water cooled chillers provides double water temperature, two separate waterways.

How Many Temperature Control Modes Does The Fiber Laser Water Chiller Have?

There are two modes, one is constant temperature mode and the other is the smart mode.

What Kinds Of Alarm Protection Functions Does The Fiber Laser Chiller Unit Have?

As one of professional industrial water chiller manufacturers, our fiber laser water chiller has the following alarm functions: high/low-temperature alarm, flow alarm, compressor overcurrent protection.

What Is The Fiber Laser Chiller Temperature Control Accuracy?What Is The Fiber Laser Chiller Temperature Control Accuracy?

The temperature control accuracy is ±0.5℃.