Coolant Audit M2: Saving Energy


to reduce your lubricoolant-related energy costs


We show you the places in your machine tool where you are using excessive lubricoolant and calculate the savings potential you could achieve.

Every litre of lubricoolant that you save also saves you the energy required for lubricoolant cooling, filtration etc. This is all money you can save!

Benefits to you

  • Reduction in
  • > Energy consumption
  • Lubricoolant volume
  • Lubricoolant costs
  • < Filtration load

Scope of audit

  • Recording of existing lubricoolant system
  • > Lubricoolant nozzles and exits
  • Pressures and volume flows
  • Pump rate and pipework
  • Feed systems, cycles/needs
  • Process settings
  • < Supply network geometries, components
  • Consumption profile
  • > Pumps (kWh)
  • < Lubricoolant (pressure/volume) per cycle
  • ACTUAL - current lubricoolant situation
  • Savings potential
  • > Lubricoolant (€ per l/min)
  • < Energy (kWh))
  • TARGET - optimal lubricoolant situation
  • Offers for grindaix retrofit packages (nozzles, pumps, optimised settings)

Plan your audit!

We would be happy to advise you in more detail. Simply fill out the non-binding inquiry form and we will get in contact with you as soon as possible.

Coolant Audit Machines

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Procedure for a Coolant Audit M

1 Visit to your production environment

Our technicians visit you with all the necessary measurement equipment. Within a very short space of time (approx. 3h/machine), the periphery inside the machine is recorded.

2 Measurement of flow rates

By means of state-of-the-art measurement technology, we check the current lubricoolant flow rate per line. Depending on the audit, we also monitor all scenarios of your production process.

3 Recording supply pipes and fixtures

All pipes are completely recorded – from the lubricoolant supply connection to all nozzle exits. All geometrical and type values are also logged.

4 Analysis and evaluation of waste

We demonstrate how machining sites may be supplied in a robust way to meet the highest productivity demands, and how all waste in secondary zones may be avoided.