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Laser Chillers

Tipo Heat Exchangers secret is out. Chillers will make a huge improvement in how your lasers perform. Temperature Corporation manufactures custom designed laser chillers that are easy to use, and will cool down your lasers quickly, efficiently and keep them at a constant temperature. Lasers are opFerated at extremely high temperatures and must be cooled properly to function at peak efficiency. For maximum performance and reliability, a laser system requires a stable source of cooling fluid. Our laser chillers provide a steady and reliable source of cooling using modular portable units that can be repaired and replaced without interrupting the flow of cooling.

Manufactured and thoroughly tested in the United States  the recirculating laser chillers feature a hot gas by-pass which allows for greater stability and thermal protection for the pump, motor and compressor. With simplicity in design and operation, the Tipo Heat Exchangers Laser Chiller is designed to provide years of reliable liquid temperature control.

With environmentally friendly CFC refrigerant the Laser Chillers feature corrosion free wetted surfaces and are RoHS compliant.  With the largest selection of options in the industry, Laser Chillers from Tipo Heat Exchangers may be designed and manufactured to your exact requirements and specifications.

Advantages For Laser Chiller : –

  • High Efficiency Scroll compressors.
  • Freons 134a and 410A.
  • Compact Size.
  • Easily Removed For Service.
  • Outstanding Reliability.
  • Unsurpassed Operating Efficiencies.
  • Ease Of Operation.
  • Dual refrigeration circuits.
  • Extraordinary Safety Protection.
  • Satin coated sheet metal powder coated and baked.
  • Dual Circuit Stainless Steel Brazed Plate Evaporators.
  • High Efficiency – Low Freon volume all aluminum “Micro Channel” condensers.
  • NEMA / EEMAC Type 4/12 Control Panel.
  • Designed in compliance with CAN/CSA C22.2 No. 236-11 and UL 1995 4th edition 2005 Heating and Cooling Equipment.
  • Evaporator certified to UL 207 7th edition and C22.2 no. 140.3-M1987.

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