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Discover how the Benchtop Fermenter-Bioreactor – LAMBDA Minifor2Bio touch adapts to changing projects, budgets and laboratory needs. Explore the...

How automated effluent sampling with the LAMBDA OMNICOLL supports time-resolved analysis of fixed-bed adsorption and ultra-deep fuel desulfurization.

Not every labs scale project needs a single-use vessel or a large, complex bioreactor. The LAMBDA Minifor2Bio touch is designed for the space in...

See how the LAMBDA POWDER DOSER enables controlled KMnO₄ feeding in a continuous graphene oxide production process. The study demonstrates how...

Explore how LAMBDA Minifor Bioreactor was used as an in vitro human gut model to study sugarcane bagasse extracts and their effects on gut microbiota...

$ISLET PERIFUSION: Automated multi-channel fraction collection with LAMBDA OMNICOLL$

Multi-Channel Perifusion System with LAMBDA OMNICOLL

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Why the LAMBDA Minifor2Bio touch Bioreactor Fits the Way Academic Research Works

Automated OMNICOLL Fraction Collection for Adsorbent Performance Studies

Between Single-Use vessel and Complex Traditional Bioreactors: Meet the LAMBDA Minifor2Bio touch Bioreactor, from 35 mL to 6 L volume in one system

Continuous Graphene Oxide Production with Controlled Powder Feeding by LAMBDA POWDER DOSER

In Vitro Simulation of Human Gut using the LAMBDA Minifor Bioreactor

ISLET PERIFUSION: Automated multi-channel fraction collection with LAMBDA OMNICOLL