The REGLO ICC Digital Peristaltic Pump: A Cutting-Edge Solution for Microdialysis Experiments

Introducing the latest innovation from CMA Microdialysis AB in Sweden, the REGLO ICC Digital Peristaltic Pump. This state-of-the-art instrument is specifically designed to revolutionize microdialysis experiments involving large molecules.

Unparalleled Control and Precision

With its independent channel control feature, this pump allows researchers to have complete control over the flow and direction of each fluidic channel. The 12 rollers ensure a smooth flow, while the ability to go down to 0.1 µl/min guarantees optimal precision and accuracy.

Flexibility and Versatility

The REGLO ICC Digital Peristaltic Pump offers unparalleled flexibility with independently settable flow directions for each channel. This feature provides researchers with the versatility they need to conduct their experiments effectively.

User-Friendly Design

This pump comes equipped with an intuitive keypad, making it easy to operate. Alternatively, it can be controlled through a computer interface, offering convenience and seamless integration into existing research setups.

Seamless Connection

The FEP tubing connector ensures effortless connection between the pump and FEP tubing, streamlining experimental setup and minimizing potential disruptions.

Multiple Channels for Enhanced Functionality

Choose between two or four channels, each with independent functionality, to suit your specific experimental requirements. Whether you need continuous pumping or precision dispensing with bidirectional flow capabilities, the REGLO ICC Digital Peristaltic Pump has got you covered.

In summary, the REGLO ICC Digital Peristaltic Pump by CMA Microdialysis AB is a reliable and efficient tool that empowers researchers in the field of microdialysis. Its cutting-edge features, including independent channel control, smooth flow, precision dispensing, and bidirectional flow capabilities, make it an indispensable asset for any laboratory conducting microdialysis experiments involving large molecules.