RoboSep™-C
Automated closed-system immunomagnetic cell isolation instrument
概要
Streamline your large scale cell isolations with the efficiency and throughput of RoboSep™-C. This platform automates immunomagnetic cell isolation in a closed system and can be easily integrated into your evolving workflow.
Using the same column-free immunomagnetic system offered by EasySep™ technology, RoboSep™-C reduces hands-on time and operator error by automating cell isolations from large volume apheresis products. The device also performs all necessary cell processing steps including sample washing, buffer exchange, and concentration through its Cell Wash Cartridge and biocompatible tubing set. Optimized protocols and reagents enable you to isolate highly purified and functional cells in as little as 65 minutes, enabling the scale-up of your operations and seamless integration into your workflow.
For more information about this instrument, please contact us at: info@stemcell.com
For more information about Instrument Services including additional service packages, please see our instrumentation overview.
Using the same column-free immunomagnetic system offered by EasySep™ technology, RoboSep™-C reduces hands-on time and operator error by automating cell isolations from large volume apheresis products. The device also performs all necessary cell processing steps including sample washing, buffer exchange, and concentration through its Cell Wash Cartridge and biocompatible tubing set. Optimized protocols and reagents enable you to isolate highly purified and functional cells in as little as 65 minutes, enabling the scale-up of your operations and seamless integration into your workflow.
For more information about this instrument, please contact us at: info@stemcell.com
For more information about Instrument Services including additional service packages, please see our instrumentation overview.
Species
Human
Application
Cell Isolation
Brand
RoboSep
Area of Interest
Cell Therapy, Drug Discovery and Toxicity Testing, Immunology
技术资料
数据及文献