CW-3000 Water Chiller – CO2 Laser Cooling System

LASER PARTS | WATER COOLING & CHILLERS

CW-3000 Water Chiller for CO2 Laser Machines

The CW-3000 is a compact, radiator-cooled water circulation system designed for use with water-cooled glass CO2 laser tubes. It continuously circulates cooling water through the laser tube and an internal radiator, where a high-speed fan helps release heat into the surrounding air.

Ideal for compatible lower-power CO2 laser systems, the CW-3000 provides dependable water circulation, digital temperature monitoring, and built-in flow protection. Its compact, freestanding design makes it a practical cooling solution for laser engraving and cutting applications.

Key Features

• Designed for water-cooled glass CO2 laser tubes
• Continuous water circulation through an internal radiator
• Fan-assisted heat dissipation without refrigeration
• Digital coolant temperature display
• Built-in water flow monitoring and alarm
• Visible coolant level indicator
• Compact, freestanding housing
• Convenient carrying handles
• Simple operation and maintenance
• 120V AC operating voltage

Product Specifications

Model	CW-3000
Operating Voltage	120V AC
Cooling Method	Fan-Cooled Radiator
Cooling Circuit	Recirculating Water System
Temperature Monitoring	Digital Display
Protection	Water Flow Alarm
Refrigeration Compressor	No
Width	10.5 in
Length	19 in
Height	15 in (including handles)

Recommended Applications

The CW-3000 is commonly used with compatible lower-power CO2 laser systems, including:

• 30W CO2 laser machines
• 40W CO2 laser machines
• 60W CO2 laser machines
• Engraving and cutting systems using water-cooled glass laser tubes

Cooling suitability depends on laser tube requirements, room temperature, and operating conditions. For greater heat loads or extended operation, a refrigerated chiller may be necessary.

Important Cooling Information

The CW-3000 uses a fan and radiator rather than a refrigeration compressor. It removes heat from circulating water but cannot actively cool the water below the surrounding room temperature or maintain a user-selected temperature.

For best performance, operate the unit in a clean, well-ventilated, climate-controlled environment. Maintain adequate airflow around the housing, use the coolant recommended for your laser system, and regularly inspect the water level, tubing, and circulation.