Long term fermentation with LAMBDA Peristaltic pumps
Pumps specially developed for long term continuous processes like in fermentations and cell cultures. LAMBDA’s unique tubing compressing mechanics reduces pulsation and is very gentle to the tubing. No clamps, fixings or stoppers are required to hold the tubing in place. This leads to a long tubing life and the long term stability of flow rates even with low cost tubing.
Integrated Peristaltic pump Advantage
One of the key strengths of the Minifor2Bio touch Fermenter‑Bioreactor is its advanced peristaltic pump system. With options including PRECIFLOW touch, HIFLOW touch, MAXIFLOW touch, and MEGAFLOW touch (for very high‑viscosity liquids), the platform ensures precise, stable, and reliable fluid handling across all bioprocess applications.
The PRECIFLOW touch pump delivers long‑term fermentation without breakdowns or unexpected bath failures due to mechanical issues. Its innovative roller system prevents tubing rupture, while the smooth‑gliding bearing design extends tubing life and maintains accurate flow. Backed by a 5‑year warranty, it offers unmatched confidence in continuous operation.
For higher flow requirements, HIFLOW touch and MAXIFLOW touch provide robust performance, while MEGAFLOW touch is specifically engineered to handle viscous media with ease. Together, these pumps give researchers the flexibility to match flow performance to their exact process needs, whether precision dosing, high‑volume transfer, or challenging liquid handling.
Why LAMBDA Peristaltic Pumps Are the Smarter Choice
Low‑cost, fixed‑speed peristaltic pumps may appear economical at first, but their unreliability often leads to costly experimental failures. Tubing damage, inconsistent flow rates, and unexpected breakdowns can compromise entire fermentation runs.
The LAMBDA peristaltic pump family is engineered to eliminate these risks. Its unique mechanical design is gentle on tubing, dramatically extending service life while maintaining precise, stable flow. Unlike pumps that require expensive tubing with stoppers or clamps, LAMBDA pumps operate reliably with standard, low‑cost tubing—delivering better long‑term economy.
With a flow control speed, researchers gain exceptional accuracy and reproducibility. The smooth roller system reduces pulsation and mechanical stress, ensuring consistent performance across long‑term fermentations.
In short, LAMBDA pumps combine precision, durability, and cost‑effectiveness, making them the ideal solution for bioreactors and fermenters where reliability is critical.