Pumps for liquids & gases

Pumps for Precise Fluid Control in Laboratory, Analytical and Medical Applications

Pumps are essential components in fluidic systems when liquids or gases need to be transferred, metered or circulated reliably. FluidControl24 offers a range of compact pump solutions for laboratory equipment, analytical instruments, medical technology, research and development, and industrial applications. Our product range includes miniature peristaltic pumps, diaphragm pumps for air and gases, and piezoelectric micro pumps for a variety of fluid handling requirements.

Choosing the right pump depends on several factors, including the medium, required flow rate, operating pressure, available installation space and control requirements. Explore our pump categories to find a suitable solution for your application, from compact OEM pump integration to specialised fluidic systems.

Find the Right Pump for Your Application

Different pump technologies are designed for different fluid handling tasks. Peristaltic pumps are commonly used for liquid transfer and dosing, while diaphragm pumps can be used to generate pressure or vacuum in gas applications. Piezoelectric pumps provide a compact pumping principle for specialised applications where size and integration are important.

• Miniature Peristaltic Pumps – compact solutions for transferring and dosing liquids in analytical instruments, laboratory equipment and OEM systems.
• Miniature Diaphragm Pumps for Air and Gases – for gas transfer, pressure generation and vacuum applications, depending on the individual pump model.
• Piezoelectric Micro Pumps – compact pump solutions using piezoelectric actuation for specialised fluidic applications.

Miniature Peristaltic Pumps for Liquid Transfer and Dosing

Miniature peristaltic pumps are suitable for applications that require controlled liquid transfer in a compact design. The pumping principle uses rollers or other mechanical elements to compress flexible tubing, moving the liquid through the tube. In suitable configurations, the liquid comes into contact primarily with the tubing rather than the pump mechanism.

This design can be advantageous when separation between the liquid and the pump mechanism is important. Depending on the application, peristaltic pumps can be used for sample transfer, reagent dosing, liquid handling and other laboratory or analytical processes. The tubing material must be compatible with the medium, and the selected pump must meet the required flow rate and operating conditions.

Explore our range of miniature peristaltic pumps for compact fluidic systems and OEM equipment. When selecting a pump, consider the required flow rate, tubing dimensions, chemical compatibility and drive configuration.

Miniature Diaphragm Pumps for Air and Gases

Miniature diaphragm pumps use the movement of a flexible diaphragm to transfer a medium. Depending on the pump design, they can be used for applications involving air and other gases, including pressure generation and vacuum generation. Their compact construction makes them suitable for integration into analytical instruments, measuring equipment, laboratory systems and other technical devices.

The appropriate pump depends on the required operating pressure or vacuum, flow rate, gas properties and installation conditions. Additional selection criteria may include electrical supply, service life, noise requirements and the compatibility of wetted materials with the medium.

Discover our miniature diaphragm pumps for air and gases. Review the technical data for each model to check its suitability for your pressure, vacuum and flow requirements.

Piezoelectric Micro Pumps for Compact Fluidic Systems

Piezoelectric micro pumps use a piezoelectric actuator to generate a pumping movement. Their compact design makes them an option for applications where space is limited and a specialised pumping principle is required. Depending on the model, they can be integrated into analytical instruments, laboratory equipment and other compact fluidic assemblies.

When choosing a piezo pump, important considerations include the required flow rate, operating pressure, medium compatibility, electrical drive requirements and the available installation space. Some models require a separate driver or controller, while others have integrated drive electronics. Always check the individual product specifications and accessories required for operation.

Browse our selection of piezoelectric micro pumps to compare available models and identify a suitable option for your fluid handling system.

Pumps for Laboratory and Analytical Equipment

Laboratory and analytical systems often require reliable and repeatable fluid handling. Pumps may be used to transfer samples, supply reagents, move gases or support measurement and analysis processes. The ideal pump technology depends on the task, the medium and the performance required by the instrument.

For liquid transfer and dosing, a miniature peristaltic pump may be suitable. For gas handling, pressure or vacuum applications, explore our miniature diaphragm pumps. For compact systems requiring piezoelectric actuation, our piezo pumps offer another option.

For OEM applications, the pump should be assessed as part of the complete system. Factors such as duty cycle, operating environment, electrical control, tubing or connection requirements and long-term availability can all influence the final selection.

How to Select the Right Pump

Selecting a suitable pump requires more than comparing nominal flow rates. The pump must be compatible with the medium and meet the operating conditions of the application. Consider the following parameters when comparing pump models:

• Medium: liquid, air or another gas, including its chemical properties and compatibility with wetted materials.
• Flow rate: the required volume per unit of time and any dosing or repeatability requirements.
• Pressure and vacuum: the operating pressure, back pressure or vacuum level required by the system.
• Materials: the compatibility of tubing, seals and other wetted components with the medium.
• Installation space: dimensions, mounting options and integration into the existing equipment.
• Drive and control: supply voltage, motor or actuator type, control electronics and any external driver requirements.
• Operating conditions: duty cycle, ambient temperature, expected service life and application-specific requirements.

The performance of a pump depends on its individual design and operating conditions. Always consult the product specifications to confirm that the selected model meets your application requirements.

Pump Solutions for OEM and Industrial Fluidics

FluidControl24 supplies compact pump technologies for a wide range of fluid handling applications. Our selection supports equipment manufacturers, laboratories and developers looking for pumps that can be integrated into analytical, medical, research or industrial systems.

Whether you need a miniature peristaltic pump for liquid transfer, a diaphragm pump for air and gases, or a piezoelectric micro pump for a compact fluidic assembly, our product categories help you compare the available options.

If you need assistance selecting a pump, please provide details of your application, including the medium, required flow rate, operating pressure, supply voltage and available installation space. These details help us assess which pump technology and model may be suitable.

Explore the complete range of pumps at FluidControl24 and find a suitable solution for your fluid handling application.