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Micropump

Micropump is a portfolio of precision pumps for dosing, metering, circulation and transfer in analytical, industrial and OEM fluid systems. It is relevant for applications where compact installation, repeatable flow and contained fluid handling are important. Correct specification supports controlled fluid handling, compact integration and more predictable service planning. AxFlow supports product selection and availability. Request a quote for Micropump from AxFlow.

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Product features

  • Multiple pump technologies → allows selection of suction-shoe, cavity or centrifugal hydraulics to match the duty
  • Low-flow capability → selected gear-pump configurations start at 8.5 mL/min for precision dosing duties
  • Verified operating envelope → selected gear-pump flows from 8.5 mL/min and GAH system pressure up to 345 bar provides a factual basis for initial duty screening
  • Magnetic-drive containment → removes a conventional dynamic shaft seal from the liquid path and reduces a common leakage and wear point
  • Compact pump architecture → supports integration into OEM equipment, analytical instruments and space-constrained process skids
  • Application-specific material selection → lets wetted materials be checked against the actual process liquid before ordering
  • Defined operating limits → checking pressure, temperature, viscosity and suction conditions reduces the risk of incorrect selection
  • Service-oriented construction → supports planned maintenance and replacement of wear components instead of reactive intervention
  • Configuration and drive options → allow the pump and drive arrangement to be matched to the required duty and installation
  • AxFlow selection support → helps confirm the correct series, configuration and service reference before purchase

Product description

Micropump is a portfolio of precision pumps for dosing, metering, circulation and transfer in analytical, industrial and OEM fluid systems. It is intended for engineers, OEM designers and maintenance teams that need predictable fluid handling while controlling leakage risk, process repeatability and service access. Selection should start from the required flow, differential and system pressure, viscosity, temperature, suction conditions and chemical compatibility.

The portfolio includes magnetic-drive suction-shoe and cavity gear pumps as well as the CA magnetic-drive centrifugal platform. The magnetic coupling transfers torque without a conventional dynamic shaft seal in the liquid path, keeping the motor-side drive physically separated from the process liquid. This removes one common leakage and maintenance point while the hydraulic principle defines flow behaviour, pressure capability and suitability for the duty.

Across the portfolio, selected gear-pump flows start at 8.5 mL/min and the GAH high-pressure version is rated for system pressure up to 345 bar. Materials, temperature limits and drive options vary by family. These published values describe the series or cited configuration rather than every possible order code. Final selection must confirm wetted materials, drive speed, connections, suction conditions and any application-specific limits.

For total cost of ownership, correct sizing and material selection are critical. Operating within verified limits supports predictable service intervals and reduces avoidable wear, while planned access to service parts helps maintenance teams control downtime risk. AxFlow can help identify the correct Micropump configuration, check availability and support replacement or OEM projects. Request a quote for Micropump from AxFlow.


Construction

Seals
Mag Drive
Coupled
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Certificates

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ATEX

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CE Marking

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EC 1935/2004

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ISO 9001

Micropump is intended for applications where compact installation, repeatable flow and contained fluid handling are important. The series should be matched to the actual duty point and liquid properties rather than selected by family name alone. AxFlow can help confirm the correct configuration before ordering.
The magnetic coupling transfers torque without a conventional dynamic shaft seal in the liquid path. This reduces a common leakage and wear point while keeping the drive physically separated from the process liquid. Material compatibility and operating limits still need to be checked for the actual application.
Check required flow, differential and system pressure, viscosity, temperature, suction conditions, wetted materials, connections and drive speed. Also confirm whether abrasives, solids or chemical compatibility introduce additional restrictions. AxFlow can review these points against the available series and configuration data.
Yes, AxFlow can help identify the installed Micropump pump, drive and relevant service parts or replacement reference. Replacement should be based on the full model or order code and application data, not only the series name. This reduces the risk of ordering an incompatible hydraulic or material configuration.
Operate the pump within its verified pressure, temperature, viscosity and suction limits and use wetted materials compatible with the liquid. Planned service and suitable filtration where the application requires it can reduce avoidable wear. Correct sizing and spare-parts planning help maintenance teams reduce unplanned downtime over the equipment lifecycle.
UAB AxFlow