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(Dialysis = Greek dissolution, separation). cleaning the blood with the aid of an "artificial kidney". The substances containing urea compounds are removed from the blood outside the body. The dialysis machine required for hemodialysis determines the composition of the dialysis fluid. The purified tap water is mixed with the dialysis concentrate and warmed to body temperature. In the dialyzer (artificial kidney), the prepared dialysis fluid warms the extracorporeal blood and absorbs the toxins and fluid from the blood.

• Pumps made by Scherzinger are used to transport the concentrate as well as the dialysis fluid.

Concentrate feed pumps for central supply systems

These pumps made of a high-grade nickel alloy (Hastelloy) are often used in dialysis centers to transport dialysis concentrate. It pumps the concentrate from a storage reservoir through a central distribution line to the corresponding point of delivery at the dialysis machines. The use of high-quality materials ensures that the pump heads are not chemically corroded.

• Possible flow rates: 0.2 - 10 l/min
• Max. pressure rise: 8 bars

Dialysate feed/ degassing pumps for dialysis machines These pumps are used with adjustable RPM in dialysis machines. There they serve either as feed pumps for purified water and dialysis fluid or as degassing pumps. They can be cleaned using citric acid or sterilized with hot steam.

• The materials used are stainless steel and plastics. They are driven either by DC motors with brushes or by electronically commutated step motors.
• Possible flow rates: 0.2 - 3 l/min
• Max. vacuum which can be generated: 8 - 9 mWs
• Max. Cleaning temperature: 140°C
• ax. Differential pressure: 4 bars