CETONI Flow Systems

 

Pulsation-free flows | High-precision volume control | Continuous delivery | Multi-channel control

CETONI Nemesys S Flow System, pulsation-free syringe pump

Syringe pump

Nemesys S

Highest accuracy and gentle dosing

The Nemesys syringe pump impresses with precise liquid delivery down to the sub-nanoliter range. Its innovative drive concept moves the syringe plunger absolutely evenly and thus enables continuously smooth delivery – perfect for precise and sensitive microfluidic applications.

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CETONI Nemesys M Flow System, pulsation-free syringe pump

Syringe pump

Nemesys M

Precise performance and reliable strength up to 200 bar

Whether high-pressure injections or highly viscous media – the CETONI Nemesys M offers sufficient reserves for stable and repeatable results. Its sophisticated design also makes it extremely easy to clean, so that it is quickly ready for use again.

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nemesys high pressure module

Syringe pump

Nemesys high pressure module

Your solution for test benches and high-pressure applications up to 370 bar

Test benches, high pressure and complex fluids – the Nemesys high-pressure syringe pump delivers. Flexible in use thanks to its compact design and variable syringe sizes.

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nemesys ultra high pressure module

Syringe pump

Nemesys ultra high pressure module

Compact strength for extreme applications up to 1000 bar

Enormous power, absolute stability and outstanding precision make the Nemesys ultra-high pressure pump a reliable partner even under extreme conditions. Its compact design and the choice of different syringes create flexibility for demanding high-pressure and high-throughput applications, continuous media supply and processes with highly viscous materials.

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Nemix 50 syringe pump and syringe stirrer

Syringe pump with mixing function

Nemix 50

Perfect mix – without compromise

The Nemix 50 combines the precise Nemesys syringe pump drive with an intelligent stirring device to ensure absolutely homogeneous results. Sedimentation is reliably prevented – for stable processes and maximum efficiency in your applications.

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The advantages of Flow Systems?

Flow processes replace traditional batch methods with continuous, precisely controlled fluid flows.
The result: stable conditions, reproducible reactions, and greater process reliability.

CETONI’s Nemesys syringe pump systems provide the technological basis for this:

  + Pulsation-free flows for homogeneous reaction conditions

  + High-precision volume control even at minimal flow rates

  + Synchronized multi-channel control for complex fluidic setups

  + Stable, continuous delivery over extended operating periods

  + Modular system design from laboratory testing to process integration

Whether microfluidic droplet processes, continuous reactors, or highly selective cell and material applications –
CETONI syringe pump systems enable precisely defined, reproducible flow conditions instead of variable batch results.

Why pulsation-free?

Microfluidics works with the smallest flows in tiny cavities. For applications such as flow chemistry and biochemistry, uniform, pulsation-free liquid flows are crucial to ensure constant mixing ratios and precise flows.

Pulsations are fluctuations in the flow rate that can be problematic with extremely small flows in microfluidics. Absolute freedom from pulsation is not technically possible, but we can reduce the pulsations to such an extent that they no longer have any measurable effects.

We use high-quality components and precise drives in our syringe pumps to reduce pulsations to a minimum. As a result, our Nemesys syringe pumps provide the extreme accuracy and stable conditions required for microfluidic applications.

pulsation-free versus pulsations in the flow

Microfluidic applications where pulsation-free dosing is crucial:

Biology: When analyzing and sorting cells, the creation of single-cell analyses requires a constant and pulsation-free flow in order to precisely manipulate and examine the cells.

Chemistry: In flow chemistry, a uniform flow rate is crucial for the reproducibility of reactions and the precise control of mixing ratios, leading to consistent and reliable results.

Industry: In the production of microstructured materials and sensors or homogeneous layers, liquids must be dispensed precisely and evenly to ensure the desired structure and functionality.