The requirements for the supply of filtered, lubricating coolants to machine tools vary to a large degree. They require different pump solutions: small and compact pumps for external cooling, centrifugal pumps with closed impellers for medium-pressure applications or high pressure pumps  based on screw spindle technology for internally cooled tools. They must either be designed exactly for a specific working point or controlled by a variable frequency drive.  

Immersion Pumps TS

• Easy mounting on top of the tank, compact design, short immersion depths and special execution for tempering units available.

Immersion Pumps (S)TC

• Easy mounting on top of the tank, simple piping connection with optional SAE flange, closed impellers provide optimal hydraulic efficiencies while minimizing power consumption and pump performance curves can be regulated using an adapted frequency converter.

Immersion Pumps (S)TH

• Highly wear-resistant silicon carbide housings and specially hardened spindles, excellent efficiencies, 6 sizes for optimum operating point selection, available fully assembled with mounting plate, valve and piping, available with adapted frequency converter for optimum adaptation to the operating point and energy efficient solution in combination with the Brinkmann Pumps Offset regulation while at the same time minimizing pressure peaks during tool changes.

Pressure Boosting Pumps FH

• Foot mounted inline pumps; gravity fed, closed impellers provide optimal hydraulic efficiencies while minimizing power consumption, pump performance curves can be regulated using an adapted frequency converter, an even wider range of performance curves and as a booster pump for inlet pressures of up to 26 bar.

Screw spindle pumps BFS | TFS | FFS

• Highly wear-resistant silicon carbide housings and specially hardened spindles, excellent efficiencies, 6 sizes for optimum operating point selection, available fully assembled with mounting plate, valve and piping, available with adapted frequency converter for optimum adaptation to the operating point and energy efficient solution in combination with the Brinkmann Pumps Offset regulation while at the same time minimizing pressure peaks during tool changes