Biotech Fluidics’ flat film degasser with enhanced efficiency and improved compatibility

Degasi Falt Film in-line degasser features a major innovation in fluidic degassing

Biotech Fluidics high-performance Degasi Falt Film in-line degasser features a major innovation in fluidic degassing. The system utilises specialised flat film, rather than traditional tubing, to remove dissolved gases, enabling superior degassing efficiency and enhanced compatibility with viscous fluids and almost any organic solvent

Featuring a chemically inert, metal-free flow path, Degasi Flat Film degassers are biocompatible and highly sustainable, as their PFAS content is reduced to one-tenth that of standard tubular degassers. The increased degassing efficiency of Degasi Flat Film degassers enables the use of a higher vacuum set point for volatile-solvent degassing, while reducing evaporation of mobile phase into the lab atmosphere.

Available as a stand-alone unit or as an OEM component, the extremely low flow restriction of Degasi Flat Film degassers allows up to six chambers in series to cover higher flow rates in HPLC and process applications without sacrificing degassing efficiency.

Compact in profile, Degasi Flat Film degasser units utilise the latest Degasser Vacuum Control unit, incorporating fifth-generation StabiliX pumps that can provide enhanced, stable vacuum and a lower acoustic profile, all combined with a trouble-free, long operational lifetime.

For further information please visit DEGASi® FlatFilm | Biotech Fluidics or contact Biotech Fluidics on + 46 300 56 91 80 / + 1-612-703-5718 / [email protected].

Share This Article
Editor
Follow:
Saskia Henn is a digital journalist at Scientist Live and editor of International Mining Engineer and International Oil and Gas Engineer. With a background in marine technology and news, she joined Setform in 2024 as a staff writer and enjoys writing across all of the company's magazines. Saskia holds a BA in Communication Science from the University of Amsterdam and an MA in Journalism from the University of London, Goldsmiths.
Leave a Comment

Subscribe to our Newsletter

© 2026 Setform Limited.