Instruments designed to separate cells within mixed cell samples based on physical or biological properties including size, morphology, viability, etc. The resulting homogeneous cell population(s) may be suitable for various research, diagnostic, and therapeuitic applications.
Corning™ X-SERIES™ DataTrak Software collects processing and system information through a user interface and stores it in a searchable, sortable database.
Corning™ X‐WASH™ System is designed to wash, resuspend, and volume-reduce cell suspensions in a sterile, closed system, ensuring consistently high cell recovery and viability with short processing times.
Corning™ X‐LAB™ System is designed to separate and harvest a programmable volume of target cell populations from blood and blood products without use of density gradient media, in a closed, sterile device, ensuring consistent, reliable, efficient, high-recovery results.
Depletion of human CD45+ cells from a mixture of cells with simultaneous viable cell enrichment using the LeviCell System. Human CD45+ cells are retained in the LeviCell cartridge, while the human CD45- cells of interest remain label-free and are collected for further downstream analysis.
Enrich label-free mouse Pan B cells from a PBMC sample concurrently with viable cell enrichment on a LeviCell system. Viable mouse Pan B Cells can be used for various downstream applications. Non-B cells are magnetically labeled and remain immobilized inside the LeviCell cartridge.
Begin your journey into label-free cell separation and analysis with our comprehensive Starter Kit. Includes a box of 10 LeviCell sterile cartridges, reagents for 10 experiments, and everything needed for easy setup and calibration.
Enrich label-free human CD3 T cells from a PBMC sample concurrently with viable cell enrichment on a LeviCell system. Viable human CD3 T cells can be used for various downstream applications. Non-CD3 T cells are magnetically labeled and remain immobilized inside the LeviCell cartridge.
Fast and easy cold dissociation of mouse brain, lung and liver primary tissue. Combined with the LeviCell system, enrich for viable cells that are free from activation or gene expression changes. This kit allows for the gentlest handing and highest recovery preserving cellular states.
The LeviCell Cartridge is a disposable cartridge designed for use with the LeviCell 1.0 system. It enables gentle, label-free separation of live cells from dead cells and debris, preserving their original state. Ideal for a wide range of applications, including oncology, neuroscience, and drug discovery.
Enrich label-free human Pan B cells from a PBMC sample concurrently with viable cell enrichment on a LeviCell system. Viable human Pan B Cells can be used for various downstream applications. Non-B cells are magnetically labeled and remain immobilized inside the LeviCell cartridge.
The LeviSelect Human Tissue RBC Depletion Kit has been designed to deplete up to 5 million mature erythrocyte and erythroid precursor cells per reaction after a mechanical or enzymatic tissue dissociation while simultaneously enriching for live cells.
Depletion of mouse CD45+ cells from a mixture of cells with simultaneous viable cell enrichment using the LeviCell System. Mouse CD45+ cells are retained in the LeviCell cartridge, while the mouse CD45- cells of interest remain label-free and are collected for further downstream analysis.
Enrich label-free human CD8 T cells from a PBMC sample concurrently with viable cell enrichment on a LeviCell system. Viable human CD8 T cells can be used for various downstream applications. Non-CD8 T cells are magnetically labeled and remain immobilized inside the LeviCell cartridge.
Pre-optimized kit for extraction and enrichment of nuclei from fresh or frozen tissue and cells. This kit allows for gentle extraction and preservation of nuclei and clean up of debris ideal for down stream assays like single nuclei sequencing.
The LeviCell Sterile Cartridge is a disposable cartridge designed for use with the LeviCell 1.0 system. It enables gentle, label-free separation of live cells from dead cells and debris, preserving their original state. Ideal for a wide range of applications, including oncology, neuroscience, and drug discovery.