Peristaltic pumps have excellent repeatability in the distribution and metering of small volume fluids. No valve type eliminates common obstruction and siphon phenomenon. The split pump system enables the same pump to be used in many ways. The common applications in the lab R & D process include cell tissue transport, specimen decolorization, perfusion, liquid chromatography analysis, and acid or alkaline solution delivery.

General field

Peristaltic pumps can work in continuous pumping occasions, while timely detection and solution of many difficult fluid delivery problems. It can transport sewage, suspended solids, corrosive chemicals and other difficult fluids, and the pump flow can reach 35 litres / min. A variety of drives can be used in a hostile factory environment. Peristaltic pump self irrigation and dry running ability can avoid catastrophic failures in many industrial systems. Some common uses are: fuel liquids, etching chemicals, printing ink, laundry chemical solutions, grinding fluid, lubricant pumping.