High-Performance Dispensing is Easy with new Peristaltic Pump Models

Laboratory products

High-Performance Dispensing is Easy with new Peristaltic Pump Models

01 Jun, 2012

Published over 14 years ago. See the latest and most current information on Laboratory products.

Interscience is proud to introduce two peristaltic pumps for culture media preparation.

These pumps are great tools for serial dispensing of culture media, agar or any liquid diluant, it is compact, has an intuitive interface and great ergonomics. Its speed and precision guarantee an efficient sample preparation.

Key features include: precise flow control and easy calibration; FlexiPump® dispenses liquid from 50µL to 99L with up to 1% precision. The dispensing assembly is entirely autoclavable with bottle for contamination free dispensing.

With step-by-step guiding instructions on screen for an easy calibration with any user’s chosen volume, FlexiPump® is quickly ready for use. This feature is greatly appreciated in labs.

Designed for microbiologists, the user can select a rotating button from 3 dispensing modes (continuous, dose and multi-dose) and 32 pre-set programs. Another great feature is the maintenance free aspect. FlexiPump® is equipped with high-quality Watson Marlow® pump heads and a powerful stepping motor with no wearing parts. Additionally, it is made out of heavy duty polycarbonate top shell and durable stainless steel for easy cleaning.

Compact and easy to fit in labs, only 16cm wide, FlexiPump® and FlexiPump® Pro are compliant with ISO 6887-1 and ISO 7218.

Latest News

ILM 51.6 Sept 2026

Explore our Digital Edition

Discover the latest news and research

Digital edition

Explore Our Other Sites

Envirotech Online
WATCH: Are we monitoring black carbon accurately?
Explore more Arrow
Pollution Solutions Online
Safe drinking water worldwide
Explore more Arrow
Petro Online
Independent studies strengthen the evidence for quantitative optical gas imaging
Explore more Arrow
Chromatography Today
Chiral chromatography separates synthetic cannabinoid enantiomers
Explore more Arrow