Cool-Grind Technologies

Home of the Coolant Nozzle


 

Why do you need to improve your grinding coolant delivery?

  • You will consume far fewer grinding wheels per year

  • Greater production throughput increases your capacity

  • Improved surface finish and reduced thermal damage in the final surface

  • Greater dressing tool life and less time lost due to dressing

  • A harder grade wheel will hold form without burning the part

  • Engineered nozzles do not move out of position, even at higher pressure

  • Reduced fire risk with oil coolants, and less flowrate require


 

Why should you choose Cool-Grind Nozzles?

  • Cool-Grind pioneered the coherent-jet nozzle in 1990 at the University of Connecticut

  • Despite their low price the laser-like quality of the jets is an industry leader, even the flat formed nozzle.
    (Click here to see coherency)

  • Many of the Cool-Grind nozzles incorporate a +/- 30 degree swivel for accurate jet alignment

  • The higher impact of coherent jets keeps the wheel surface cleaner than competitor nozzles

  • Cool-Grind products are connected using standard pipe threads

  • Cool-Grind nozzles can be clustered much closer together than competitors nozzles

    (Click here to see comparison)

  • Cool-Grind nozzles do not move out of position when tightening the swivels, unlike competitors


 

Click one of the nine icons below to browse the appropriate Cool-Grind Nozzle System.

Scroll down further for a list of applications that helps you select the appropriate system for your process.



 


 

What Cool-Grind Nozzle System Is Best For you?.

Click the relevant process link below, then click the appropriate icon for your needs.

OD Cylindrical Grinding
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ID Cylindrical Grinding

Surface Grinding
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Creep Feed Grinding

Tool Grinding
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Gear Grinding
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Honing
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Milling
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Turning
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