VMF of E. coli Cultures & Lysates

VMF performs better than conventional TFF for the processing of high‑density E. coli cultures and lysates, making it a robust, high-performance solution for demanding midstream applications.

VMF performs better than conventional TFF for the processing of high‑density E. coli cultures and lysates, making it a robust, high-performance solution for demanding midstream applications.

VMF technology delivers a step change in protein ultrafiltration performance. It enables higher productivity, lower operating pressure and improved process robustness in bioprocessing, particularly for the concentration of monoclonal antibodies (mAbs) and other high‑value protein products.

Single-pass VMF outperforms conventional single-pass TFF in the concentration of mAbs, with minimal fouling, high concentration and conversion efficiency and gentle, stable operation.

In the following example, the Vibro® Technology is applied in an extracellular API/protein process where the fermentation broth is processed directly, and a concentrated API/protein is achieved. Description: The fermentation broth is processed in a Vibro-I microfiltration unit where the cells are separated…

In this example, a fermentation broth containing cells such as E. coli bacteria is being harvested and concentrated directly from the harvest tank using VMF technology. At the same time, the fermentation broth is processed and a cleaned API/protein is…

In the following example, the Vibro® Technology is applied to a Greek Yoghurt process where the cultured skim milk is concentrated to Greek Yoghurt. Description: The cultured milk is processed in a Vibro-I unit with 3 steps. The first step is…

In the following example, the Vibro® Membrane Filtration (VMF) technology is used for algae harvest and concentration. Description: Algae culture from a pond or a photo bioreactor is processed continuously or as batch with plug flow through a Vibro-I preconcentration system…

In this example, VMF is applied in brewery operations, where it has the potential to be used in a range of applications and can replace a variety of conventional technologies such as High Speed Separators (HSS), with both qualitative and…

In this example, the Vibro® Membrane Filtration (VMF) technology is used as perfusion device to retain cells in the bioreactor and to harvest API in the permeate from VMF1. Description: In upstream processing, Vibro Membrane Filtration (VMF) can act as…

In the following example, the Vibro® Membrane Filtration (VMF) technology is used for the critical solid/liquid separation following cultivation of mammalian cells. Description: Vibro® technology has proven to be an effective means of cell removal from cultivation broth, both in microbial and…