BioProcess LPLC Columns

BioProcess LPLC columns comprise a family of stainless steel, low-pressure chromatography columns with a wide range of bed heights and inner diameters. Their well-proven chromatographic design simplifies packing and ensures the speedy, reliable and convenient process-scale purification of biomolecules such as peptides and proteins.

BioProcess LPLC Columns

BioProcess LPLC columns comprise a family of stainless steel, low-pressure chromatography columns with a wide range of bed heights and inner diameters. Their well-proven chromatographic design simplifies packing and ensures the speedy, reliable and convenient process-scale purification of biomolecules such as peptides and proteins.

29010616

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概述

BioProcess LPLC columns comprise a family of stainless steel, low-pressure chromatography columns with a wide range of bed heights and inner diameters. Their well-proven chromatographic design simplifies packing and ensures the speedy, reliable and convenient process-scale purification of biomolecules such as peptides and proteins.

Fully compatible with biopharmaceutical processing needs.
Dynamic axial compression ideal for all kinds of low pressure applications.
Easy-to-pack using automated set-up.
Operate at up to 6 bar pressure, withstand 50°C temperature.
Sanitary design.
Diameters up to 2000 mm.
Compatible, fully-automated chromatography systems available.

Customized Chromatography Columns

BioProcess LPLC columns are dynamic axial compression columns with variable bed heights. They are based on many years of experience in the design and construction of low-pressure equipment for biopharmaceutical manufacturing and are particularly suitable for Sepharose High Performance resin.

The columns feature dynamic axial compression that uses solvent or air as the compression resin. In addition, dynamic axial piston pressure eliminates the formation of voids or channels in packed beds. Together with a specially designed flow distribution system fitted at both the piston and the bottom of the column, this ensures a uniform distribution of the mobile phase across the whole bed.