Hardware

Continuous and pulsation-free dosing with a syringe pump – here is how it works!

Continuous and pulsation-free dosing with a syringe pump – here is how it works!

Published at 10.12.2019, Tags: #CETONIacademy, Hardware, Software

The syringe pump offers enormous advantages for microfluidic applications due to its volumetric delivery principle and minimized pulsation. However, it also has a major disadvantage compared to other pumps: the delivery naturally ends as soon as the syringe is empty. In this blog post, you can find out how syringe pumps can nevertheless be used for continuous dosing. Read on »


Microorganisms in the compartmentalized flow - or: "What is the cell doing in the droplet?"

Microorganisms in the compartmentalized flow - or: "What is the cell doing in the droplet?"

Published at 24.10.2019, Tags: #CETONIacademy, Hardware

Mankind has reached a point where new active substances are urgently needed, as various bacterial strains have developed resistance to the known antibiotics and can no longer be used to combat them. The role microfluidics and the so-called compartmentalized flow can play in the search for new active substances is discussed in the current article of the #CETONIacademy. Read on »


Preview: More precise control thanks to high-precision pressure measurement

Preview: More precise control thanks to high-precision pressure measurement

Published at 20.03.2019, Tags: Hardware, Product News

Individually adaptable and extremely resistant to media - the new CETONI pressure sensor provides high-precision pressure measurement via your neMESYS syringe pump system. Read on »


3/4-Way Contiflow valve for continuous media dosing

3/4-Way Contiflow valve for continuous media dosing

Published at 28.11.2018, Tags: Hardware, Product News

Many applications require a continuous media supply independent from the syringe volume. For such cases we have created now a simple and effective solution of a compact valve unit as an ideal supplement to our neMESYS low and medium pressure modules. Read on »

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