Capto™ S ion exchange chromatography resin
A strong cation exchanger for fast, cost-effective capture and intermediate protein purification.
Capto™ S ion exchange chromatography resin
A strong cation exchanger for fast, cost-effective capture and intermediate protein purification.
Pack size
Overview
Capto™ S is a strong cation exchange resin for fast, efficient, and cost-effective capture and intermediate protein purification from large feed volumes.
- Strong cation exchanger for high-productivity capture and intermediate purification when high volume throughput is essential.
- High dynamic binding capacity at high flow raises productivity.
- High-volume throughput cuts process times.
- Cost-effective processing with smaller unit operations.
- Resin fulfills industrial demands for security of supply, robust performance, and regulatory support.
Designed for large feed volumes
Capto™ S is designed for capture and intermediate purification of proteins from large feed volumes. It is composed of a rigid, high-flow agarose matrix modified with dextran surface extenders and a strong sulfonate (S) cation exchanger.
Durable and stable
The combination of high volume throughput and high dynamic binding capacity for Capto™S raises the productivity in industrial downstream processes. The resin withstands effective and rigorous CIP procedure and the chemical stability supports long resin lifetime.
Prepacked columns and other formats
Process development scale – prepacked
- PreDictor Capto™ S filter plates – 96-well plates for high-throughput screening or process development.
- PreDictor Capto™ S RoboColumn™ units – miniaturized columns for high-throughput process development.
- HiScreen™ Capto S columns – optimized for method and process development.
Lab/research scale – prepacked for manual purification
- HiTrap™ Capto S ™ columns, for easy use with a syringe, peristaltic pump, or chromatography system.
Process-scale purification – prepacked
- ReadyToProcess™ Capto S columns – 1 L and larger columns for clinical manufacturing that avoid the need for cleaning and cleaning validation.
