CHILLER FOR CNC COOLING
CHILLER FOR CNC COOLING

Precision Temperature Control Solutions for CNC, Laser & Industrial Machining Equipment

Drycool Systems manufactures advanced CNC Cooling Chillers designed to provide precise temperature control for CNC machines, laser cutting systems, plasma cutting machines, waterjet cutting equipment, welding systems, and other high-precision manufacturing processes. Engineered to maintain continuous chilled water circulation and thermal stability, these chillers help eliminate thermal drift, improve machining accuracy, protect critical machine components, and maximize production efficiency. Built using advanced refrigeration technology and intelligent controls, the systems deliver reliable performance for demanding industrial environments.

Scroll
Custom Capacity
Air Cooled / Water Cooled
Microprocessor
Microprocessor
Controller
Air Cooled
Condenser
Chillers used in applications where High-intensity MIG, TIG, and automated laser welding generate enormous amount of heat Installation at : Nagata auto engineering India private limited.
OVERVIEW

Built for Efficiency.
Designed for Industry.

Modern CNC machining and precision manufacturing equipment generate significant amounts of heat during operation. High-speed spindle bearings, servo motors, laser generators, plasma systems, electrical cabinets, and drive systems continuously produce thermal loads that can affect machine accuracy, productivity, and component lifespan. Maintaining a stable operating temperature is essential for ensuring dimensional accuracy and consistent machining performance. Drycool CNC Cooling Chillers are specifically designed to provide a continuous supply of chilled water or glycol solution to critical machine components. The system utilizes a high-efficiency refrigeration cycle with precision temperature control to remove excess heat and maintain thermal equilibrium throughout the machining process. By controlling temperatures within extremely tight tolerances, the chiller helps prevent spindle expansion, thermal distortion, and geometric inaccuracies that can compromise finished product quality. These chillers are suitable for CNC machines, laser cutting equipment, plasma cutting systems, waterjet machines, EDM equipment, and welding applications where reliable cooling is critical to operational performance. Advanced microprocessor controls, intelligent refrigeration management, and industrial-grade construction ensure dependable operation even in demanding production environments. Designed for continuous manufacturing operations, Drycool CNC Chillers improve machine reliability, reduce downtime, increase production efficiency, and help manufacturers maintain the precision standards required for modern industrial applications.
Maintains highly accurate temperature control for precision machining.
Reduces thermal drift and dimensional inaccuracies during operation.
Suitable for CNC, laser, plasma, waterjet, and welding applications.
Continuous-duty industrial design for 24/7 manufacturing environments.
Intelligent microprocessor-based refrigeration management.
Prominent Features
Advanced refrigeration controls maintain fluid temperatures with exceptional accuracy, ensuring machine components remain within their designed operating tolerances.
Intelligent capacity control adjusts cooling performance according to changing machining loads, optimizing both efficiency and process stability.
The system can simultaneously manage cooling requirements for machine spindles, electrical cabinets, laser sources, and other heat-generating components.
Integrated sensors continuously monitor temperatures, pressures, flow rates, and operating conditions, helping prevent unexpected downtime.
Built with corrosion-resistant materials, industrial-grade refrigeration components, and robust protective systems for long service life in manufacturing environments.
System Advantages

Improved Machining Accuracy

Maintains thermal stability to reduce dimensional variations and improve product quality.

Higher Equipment Reliability

Protects critical machine components from overheating and thermal stress.

Reduced Operating Costs

Energy-efficient refrigeration technology lowers power consumption and maintenance requirements.

Increased Production Uptime

Continuous cooling performance minimizes interruptions and maximizes manufacturing productivity.

Key Specifications
Cooling Capacity
Custom Capacity Available
Compressor Type
Variable Speed Scroll Compressor
Controller Type
Advanced Microprocessor Controller
Condenser Type
Air Cooled / Water Cooled
Refrigerant Options
R-410A, R-134a
Cooling Medium
Water / Deionized Glycol Solution
Temperature Control Accuracy
±0.1°C
Expansion Device
Electronic Expansion Valve
Heat Exchanger Type
Brazed Plate Heat Exchanger
Pump Type
High-Pressure Circulation Pump
Operating Pressure
Up to 5 Bar
Capacity Control
20% – 100% Variable Capacity
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