• For degassing of cells targeted on microbubbles • Can accommodate a 10 ml stoppered syringe • Sufficient pressure generated to isolate up to 1 x 10 cells • One syringe can handle up to 3 ml of suspended cells
• To separate and harvest a programmable volume of target cell populations from blood and blood components in a sterile closed system • To program and automate the separation of samples in 3 chambers, with hypersensitive infrared sensor • DataTrak X-SERIES® software for data transfer and management, GMP compliant • Flexible, efficient, reliable and reproducible solution for blood cell harvesting without Ficoll • For sample volumes from 40 ml to 240 ml • Programming harvested cells from 3 ml to 40 ml • Average processing time 35 minutes • Precise selection of target cells • Barcode traceability of equipment and process steps • Single use cartridge • US class I medical devices • X-LAB® Corning® Control Module: microprocessor combined with the X-LAB® Corning® disposable cartridge during centrifugation to transfer the red blood cells and the concentrated mononuclear fraction into separate compartments within the disposable cartridge • X-LAB® Corning® Docking Station: allows linkage to DataTrack software and charging of control module battery • Single-use cartridge with a sterile and non-pyrogenic fluid passage system: combined with the control module allows for separation, washing and cell suspension formation • Corning® X-Balance Ring Kit: designed for use with the X-X-LAB® system to balance the rotor contents
• To wash, resuspend and concentrate suspended cells in a sterile closed system • Customisable protocol to ensure consistently high cell recovery • Highly sensitive infrared sensors to detect the interface between cells and medium, and direct them into a collection chamber • The media chamber can be pre-filled with the chosen medium to resuspend the harvested cells • DataTrak X-SERIES® software for data transfer and management, GMP compliant • For sample volumes from 40 ml to 240 ml • Programming harvested cells from 3 ml to 40 ml • Average treatment time 10/15 minutes/wash cycle • Bar code traceability of equipment and process steps • Single use cartridge • US class I medical devices