Mixing Unit FM 800 These units are the result of the consequent application of the latest knowledge in the field of diffuser research in combination with praxis relevant usage. The technique makes use of the principle of jet pumps. The mixing unit FM 800 is used for the production of stable and homogeneous emulsions in a wide concentrate range. All soluble coolants and concentrates can be mixed. The unit is especially designed for the filling of coolant tanks in single machine tools whereby the concentrate barrel together with the mixing unit can be placed on a mobile support and be tra

Mini Quicksep The consequent application of different physical laws in the compact coolant cleaner type MINI-QUICKSEP as well as the optimal combination of the suction float and the pump is responsible for the very efficient cleaning capacity of these units. The unwanted and free oils are efficiently separated from all contaminated fluids such as metal cutting emulsions, wash baths, hardening baths etc. At the same time the emulsion is being aerated. The clean medium from which the unwanted oils have been separated flows back to the treatment tank by gravity. The separation perform

Mixing Unit FM 900 From the universal, barrel mounted mixing units FM 900 to fully automated mixing plants. These units are the result of the consequent application of the latest knowledge in the field of diffuser research in combination with praxis relevant usage. The technique makes use of the principle of jet pumps. The mixing unit FM 900 is used for the production of stable and homogeneous emulsions in a wide concentrate range. All soluble coolants and concentrates can be mixed. The unit is especially designed for the filling of coolant tanks in single machine tools whereby the

Quicksep 300 The consequent application of different physical laws in the separator type QUICKSEP 300 as well as the optimal combination of the suction float and the pump are responsible for the very high separation efficiency of these units. The unwanted and free oils are thoroughly separated from all contaminated fluids such as metal cutting emulsions, wash baths, hardening baths etc. The clean medium from which the unwanted oils have been separated flows back to the treatment tank by gravity. The separation performance lies at over 98% when demulsifying fluids are used. E

Quicksep 600 The consequent application of different physical laws in the separator type QUICKSEP 600 as well as the optimal combination of the suction float and the pump is responsible for the very high separation efficiency of these units. The unwanted and free oils are thoroughly separated from all contaminated fluids such as metal cutting emulsions, wash baths, hardening baths etc. The clean medium from which the unwanted oils have been separated flows back to the treatment tank by gravity. The separation performance lies at over 98% when demulsifying fluids are used. Except fo

Quicksep 1200 The consequent application of different physical laws in the separator type QUICKSEP 1200 as well as the optimal combination of the suction float and the pump is responsible for the very high separation efficiency of these units. The unwanted and free oils are thoroughly separated from all contaminated fluids such as metal cutting emulsions, wash baths, hardening baths etc. The clean medium from which the unwanted oils have been separated flows back to the treatment tank by gravity. The separation performance lies at over 98% when demulsifying fluids are used. The pump and