ReCool®: Superior cooling for exceptional productivity, retrofitted in two minutes

An affordable through-coolant system for live and static tooling on CNC turning and Swiss automatic machines.

Test reCool, free of charge.

Learn more about how reCool can make your shop more productive and improve your part quality. Sign up for our reCool Test & Trial offer to receive information on how you can get started.

reCool

Benefits

  • Reduced per-piece production time
  • Best chip removal
  • Compatible with emulsion and oil coolants
  • No coolant scattering or spray loss
  • Ideal coolant placement at the cutting edge
  • Compact design optimizes available machining range

Features

  • For static and driven tools
  • Compatible ER sizes: 11, 16, 20, 25, 32 and 40
  • Spindle speeds up to 12,000 rpm
  • Coolant pressures up to 150 bar

reCool ERAX

Benefits

  • Reduced per-piece production time
  • Best chip removal
  • Compatible with emulsion and oil coolants
  • No coolant scattering or spray loss
  • Ideal coolant placement at the cutting edge
  • Compact design optimizes available machining range

Features

  • For static and driven tools with inner threads
  • Compatible ER sizes: 16, 20, 25 and 32
  • Spindle speeds up to 12,000 rpm
  • Coolant pressures up to 100 bar

Watch reCool in action

Fast and easy retrofitting to internal cooling with oil and emulsion. reCool for lathes/Swiss turning machines.

Testimonials:

By retrofitting our non-through coolant driven tools with the reCool system, we are able to protect our original investment and carry out through-coolant machining on our CNC lathes.

During deep-hole drilling, the addition of the reCool system eliminates the need to reduce cutting speed or add extra pecks to the drilling cycle in order to improve tool life due to coolant not getting to the cutting point. The system allows us to use the correct cutting data during drilling and milling processes, which also improves tool life and cycle times. And by getting coolant to the cutting tip, reCool helps with chip evacuation from the cutting area.

Paul Adams

Workshop Manager, McBraida PLC