PreDictor Butyl Sepharose 4FF RoboColumn, 600 µL (28986189) is a set of miniaturised prepacked hydrophobic interaction chromatography columns supplied as one row of eight 600 µL columns. Each column is packed with Butyl Sepharose 4 Fast Flow, a well-established HIC resin for capture and intermediate purification of large proteins.
Key Features
- Prepacked 600 µL RoboColumn format, supplied as one row of eight columns for parallel process development workflows
- Hydrophobic interaction chromatography resin, packed with Butyl Sepharose 4 Fast Flow for capture and intermediate purification work
- Cross-linked 4% agarose matrix, supplied as spherical resin particles for robust chromatographic operation
- Butyl ligand chemistry, with an aliphatic ligand immobilised through an ether linkage and no charged groups
- Defined ligand concentration, with approximately 40 µmol Butyl/mL resin
- Approximate 90 µm particle size, supporting Fast Flow resin operation in process development workflows
- Wide resin pH stability, with operational pH stability from 3 to 13 and CIP pH stability from 2 to 14
- 600 µL column geometry, with a 30.0 mm bed height, 59 mm column height and 5 mm internal diameter
Benefits
- Supports small-scale screening of Butyl Sepharose 4 Fast Flow HIC conditions before larger-column verification.
- Helps reduce resin, buffer and sample use during process development compared with larger column formats.
- Allows multiple HIC conditions to be screened in parallel using matched 600 µL prepacked columns.
- Provides a practical route to evaluate a well-established hydrophobic interaction resin for capture and intermediate purification of larger proteins.
Why Choose the PreDictor Butyl Sepharose 4FF RoboColumn, 600 µL (28986189)?
Choose PreDictor Butyl Sepharose 4FF RoboColumn, 600 µL (28986189) when you need a compact prepacked HIC format for screening, optimisation and scale-down studies. John Morris Group supplies Cytiva chromatography products to support laboratory purification and process development workflows across Australia.
