Aesthetics Integrated Cooling System   


RIGID Coaxial Liquid Chiller is a perfect example of form and function seamlessly coming together. With its unique miniature vapor compression technology, this compact chiller sets a new standard for Aesthetic and Medical device-integrated cooling systems.

RIGID coaxial liquid chiller is a cooling system that transfers heat via a refrigerant. The water chillers remove heat from the aesthetic device, thereby maintaining a stable and safe laser temperature, ensuring reliable and consistent operation. Medical laser devices, and laser hair removal equipment, especially those that require precise temperature control, play a particularly vital role in treating patients effectively.

Feel free to contact our professional engineers or request a sample from our online store.

  • Coaxial Liquid Chiller

Coaxial Liquid Chiller


The compact Plate Liquid Chiller allows the end user to adapt to the coolant fittings for ultimate flexibility.

    • 12V /24V /48V DC
    • R134a /R290 Refrigerant
    • Adopts miniature dc compressor
    • Capacity: 100~550W (360~1,880Btu)
    • Temperature Range: ±20℃ (-4~68℉)
    • 2,000~6,500 rpm variable speeds drive board
    • Features: Small, reliable, efficient, and affordable cost.

Aesthetic Chiller System


  • DC power / Battery-operated
  • Effective coolant refrigeration
  • Cooling Approach: Liquid-cooled
  • Simple layout integrated cooling system for Aesthetics, environmentally friendly.
  • The miniature DC compressors offer a compact, efficient, and reliable cooling solution for a wide range of applications.
  • Aesthetics Integrated Cooling System
  • laser hair removal equipment chiller

Aesthetic Equipment Integrated Cooling System

RIGID liquid chiller is a cooling system that uses refrigerant to transfer heat from one location to another. In the case of laser hair removal devices or Aesthetic equipment, a liquid chiller works by removing the heat generated by the laser during operation. Here’s how it works:

  1. The refrigerant (included in all products) is circulated through the internally sealed chiller to absorb the heat generated by the laser.
  2. Refrigerant continuously circulates inside chillers, then it passes through heat exchangers to absorb the heat generates by medical devices.
  3. In the heat exchanger, the heat from a secondary cooling fluid, typically a water/glycol mixture is transferred to the refrigerant.
  4. The cooled fluid is then returned to the laser device, where it continues to absorb heat and repeat the cycle. The secondary fluid is passed through a heat exchanger (condenser or evaporator), where the heat is dissipated to the environment.

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