Decades of optimized reliability, efficiency and adaptability. The self-priming pump features hardened and polished spindles which are running in a replaceable liner.

Self-priming three-screw pump for hydraulic applications with pressures up to 120 bar. Robust design, with hardened and polished spindles and fully balanced axial thrust.

For hydraulic applications. Combining the unique advantages of our screw pump technology with the high-pressure performance of the VH^® pump makes it a key component for efficiency and performance in hydraulic systems.

For a leak- and trouble-free operation. Innovative technology featuring magnetic couplings drastically reduces wear. The special design of the screws creates sealed chambers that precisely direct the liquid flow from the suction to the discharge side.

For fluids such as lube or hydraulic oils and fuel oils at pressures up to 16 bar. The three-screw technology provides smooth, low pulsation pumping while offering extreme durability compared to other pump technologies. 

Three-screw pump series for lubricating oil applications. For lubricating oil applications according to API 676, optionally with mechanical sealing according to API 682 and pressures up to 20 bar.

Based on the latest technology and are ideally suited for use in hydraulic applications up to 250 bar. Known for their exceptional reliability, maintaining productivity and minimizing downtime.

Manufactured in Germany

Model UCF pumps are positive displacement, rotary, screw-type pumps, designed and engineered for excellent suction capability over a wide range of fluid viscosities.

Made in Germany

The IMO^® UCG/ACG Series pumps are used in lubrication, hydraulic and control oil services.

For dosing and handling high-viscosity, solids-laden fluids. We have combined proven and durable features from our proven industrial pump range with optimized rotor and stator geometries to ensure the highest dosing accuracy.

Stainless steel CIP pumps for demanding media. They feature a high quality stainless steel design for easy cleaning and maintenance.

Optimizes all hydraulic characteristics such as flow pattern, power absorption and distribution, and lubrication to ensure long service life and maximum efficiency.