PreDictor RoboColumn Capto adhere ImpRes, 600 µL (17371541) is a miniaturised prepacked chromatography column format for high-throughput process development. Each pack contains eight 600 µL RoboColumn units prepacked with Capto adhere ImpRes resin for dynamic screening of monoclonal antibody polishing and other biomolecule purification conditions.
Key Features
- 600 µL dynamic screening format, supplied as eight PreDictor RoboColumn units in one row
- Capto adhere ImpRes resin, designed for high-resolution polishing of monoclonal antibodies and other biomolecules
- Multimodal strong anion exchange ligand, supporting mixed mode chromatography selectivity
- High-flow agarose matrix, combining pressure-flow performance with high-resolution polishing capability
- Fine 36 to 44 µm particles, supporting high-resolution separation in polishing workflows
- 45 to 85 mg mAb/mL binding capacity, specified at 4 to 5 min residence time and approximately pH 8
- Automation-ready column row, intended for robotic liquid handling workflows such as Freedom EVO
- Defined 600 µL column geometry, with 30.0 mm bed height, 59 mm column height, and 5 mm column I.D.
Benefits
- Helps screen binding, elution, wash, pH, and conductivity conditions using small sample volumes.
- Supports parallel comparison of purification conditions during high-throughput process development.
- Provides a dynamic column format for scale-down experiments before verification on larger columns.
- Assists mAb polishing workflows where aggregate, virus, HCP, and leached protein A reduction are important.
- Allows development work to progress from RoboColumn screening into larger Cytiva column formats.
Why Choose the PreDictor RoboColumn Capto adhere ImpRes, 600 µL (17371541)?
The PreDictor RoboColumn Capto adhere ImpRes, 600 µL (17371541) is suited to laboratories developing high-throughput multimodal chromatography methods with small sample consumption. John Morris Group supplies Cytiva chromatography consumables to Australian laboratories with support for product selection and ordering.
