Kühl- & Minimalmengenschmierung

Cooling & minimum quantity lubrication

The right cooling is crucial for efficient machining. Our solutions for minimum quantity lubrication (MQL) reduce lubricant consumption, improve tool life and ensure clean machining processes. Ideal for CNC applications, milling machines or special systems with high demands on precision and cleanliness. Discover high-performance systems for economical and environmentally friendly production.

Cooling & minimum quantity lubrication

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0800-010-0001 SV230V AC 2V025-08 Solenoid Valve
Data sheet

Description:

Direct acting 2/2-Way solenoid valve, normally closed, no minimum pressure required, connections with female thread G1/4-19“, complete with push-in fittings for 6 mm hose, for 230 V AC operation, fully assembled.
This solenoid valve is widely-used in the control of air systems.

 

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0800-010-0003 SV24V DC 2V025-06 Solenoid Valve
Data sheet

Description:

Direct acting 2-Way solenoid valve, normally closed, no minimum pressure required, connections with female thread G 1/8-28“, complete with push-in fittings for 6 mm hose, for 24 V DC operation, fully assembled.
This solenoid valve is widely-used in the control of air systems.

 

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0900-010-0005 MQL-300 Minimum Quantity Lubrication
Data sheet

Description:

 

The Minimal Quantity Lubrication System or Minimal Quantity Cooling Lubrication System works according to the Venturi effect.  It brings small amounts of lubricant directly to the tool/workpiece area to reduce the generation of frictional heat in machining. In addition, a cooling effect occurs caused by the carried air and when using volatile lubricants such as alcohol by evaporative heat loss.
The Minimal Quantity Lubrication MQL-300 can be used with thin oils, alcohols and water-oil emulsions.
The supply of lubricant and air can be set optimally with the two control screws, depending on lubricants, materials and purposes.
By using the Minimal Quantity Lubrication, the lifetime of the tool can be substantially increased and the quality of the machined surface can be significantly improved.
 

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