High-Performance Fluid Management in Dialysis. Low-dead-volume gear pumps with electropolished surfaces—including an electric motor and control electronics. Precise fluid delivery for degassing, dosing, and sensitive medical processes.

When precision is required—but the equipment needs to remain virtually silent

At the dialysis center, multiple treatments are conducted simultaneously. For hours on end, the systems circulate and regulate sensitive fluids with the utmost precision. For patients and medical staff alike, one thing is particularly important: a calm, comfortable environment. After all, modern hemodialysis is no longer just about medical functionality. Especially during treatments that last several hours, even the slightest vibrations, humming noises, or pressure pulsations can be perceived as disruptive.

This is exactly where Scherzinger Pumpen’s pump systems come into play.

Our gear pumps enable the precise delivery, metering, and degassing of sensitive fluids in a wide range of medical technology applications. They stand out for their exceptional reliability, low-pulsation operation, and low noise levels.

Applications:

  • Dialysis
  • Kidney stone crushers
  • In-vitro diagnostics (IVD)
  • Temperature control and cooling of laboratory equipment, ultrasound devices, MRI systems, and other medical devices
  • Degassing of liquids

Optimized pump geometries, high-precision manufacturing, and tailored drive technology result in solutions that combine high process stability with exceptionally smooth operation and high energy efficiency.

Designed to meet the demands of modern dialysis systems

Dialysis applications place special demands on pump technology. Flow rates must be controlled with high precision over many hours—while ensuring minimal noise and maximum operational reliability.

At the same time, demands are increasing for:

  • low pulsation
  • compact designs
  • sterile and biocompatible materials
  • maximum energy efficiency
  • reliable continuous operation
  • high reproducibility of flow rate
  • Documentation Requirements and Product Traceability
  • Local Delivery in the Respective Markets
  • Sustainability with Regard to Emissions Standards

To meet these requirements, SCHERZINGER does not develop standard pumps, but rather precisely tailored transfer solutions based on a modular platform.

 

Technical Specifications: Two Specialists, One System

Dialysate Pump
Primary function Precise flow rate to/from the dialyzer
Surface Electropolished (Ra < 0.4 µm)
Drive BLDC motor with integrated electronics
Speciality Low pulsation for stable pressure, low noise
Degassing pump
Primary function Generation of a defined vacuum
Surface Electropolished (Ra < 0.4 µm)
Drive BLDC motor with integrated electronics
Speciality High cavitation resistance
Pump Dialysate Pump Degassing pump
Primary function Precise flow rate to/from the dialyzer Generation of a defined vacuum
Surface Electropolished (Ra < 0.4 µm) Electropolished (Ra < 0.4 µm)
Drive BLDC motor with integrated electronics BLDC motor with integrated electronics
Speciality Low pulsation for stable pressure, low noise High cavitation resistance
Steigerung der Wirtschaftlichkeit von Windturbinen durch Pumpen von Scherzinger.

Reliable performance even during continuous operation lasting many thousands of hours

Icon für langlebige Pumpen vom Pumpenspezialisten Scherzinger aus dem Schwarzwald.

Minimized wear thanks to optimized geometry and high-precision manufacturing

Customizable pump systems for a wide variety of dialysis machines.

Icon für den leisen Betrieb und die leise Pumpen von Scherzinger als Vorteil.

Virtually silent operation for home dialysis applications and sensitive hospital areas

Thomas King

Telephone +49 (0)7723 6506-501
thomas.king@scherzinger.de

Bild von Thomas King, einem Ansprechpartner und Pumpen-Spezialist von SCHERZINGER Pumpen.