Product Image
Product Thumbnail

CHILLER UNIT 1000 WATT DUALHEAD

The 1000 Watt Dualhead Chiller Unit is designed for CNC machines requiring dual cooling, offering efficient cooling for two machines simultaneously.

  • Dual-head cooling system.
  • 1000 Watt power capacity.
  • Perfect for high-precision CNC operations.
Shop Now

Specifications

  • TypeCHILLER UNIT 1000 WATT DUALHEAD
  • Power1000W
  • Cooling CapacitySupports two CNC machines
  • DimensionsDual-head configuration for flexible cooling

Technical Overview & Engineering Excellence

The CHILLER UNIT 1000 WATT DUALHEAD is a high-performance solution designed by TriQuench India to meet the rigorous demands of modern industrial automation. As a leading provider in the CNC sector, we ensure that every unit undergoes stringent quality checks to guarantee precision and longevity. This product is specifically optimized for high-speed operations where thermal stability and mechanical accuracy are paramount.

Our engineering team has focused on power efficiency and noise reduction, making the CHILLER UNIT 1000 WATT DUALHEAD an ideal choice for industries ranging from woodworking and stone carving to metal milling. By integrating advanced materials and superior bearing technology, we provide a product that not only performs exceptionally under load but also reduces maintenance downtime for your workshop.

At TriQuench India, we don't just sell products; we provide complete technical support. Whether you are looking for VFD compatibility or specific torque requirements for your CNC router, our experts are available to guide you through the integration of the CHILLER UNIT 1000 WATT DUALHEADinto your existing workflow. Choose TriQuench for reliability, innovation, and unparalleled industrial performance.

Applications

  • Simultaneous cooling for dual CNC machines
  • Maintaining stable temperatures during dual machine operations
  • High-performance CNC cooling system

Request Quote

Share your requirements, and we’ll provide a tailored quote.

Request Quote Image