CliniMACS® System

The CliniMACS® System offers a flexible platform for processing and separation of virtually any cell type as well as customized processing protocols according to specific sample requirements. Unique reagents and tubing sets also allow for the transition of promising research applications into innovative cell therapy concepts.

  • Versatile platform for many cell separation protocols
  • Functionally closed, sterile system
  • Automated cell separation combining reproducibility with ease-of-use
  • Broad range of CE-marked products
  • Optimized software for cell depletion and enrichment

The CliniMACS® Plus Instrument is an automated cell separation system based on MACS® Technology. It enables the operator to perform clinical-scale magnetic enrichment of target cells or depletion of unwanted cells in a closed and sterile system. CliniMACS Technology offers reliability and convenience in one compact benchtop instrument. Customer-friendly software enables automatic collection of separated cells in different collection bags.

The newly developed CliniMACS Prodigy® integrates the MACS® Technology into a fully automated cell processing device that offers advanced solutions for streamlining cell processing workflows.

The CliniMACS Prodigy® offers a unique all-in-one solution for cell processing in a closed GMP-compliant system. This next generation instrument is pivotal in propelling cell processing to the next level of automation.

The CliniMACS Prodigy offers a flexible platform for cell processing applications enabling the magnetic separation of different cell types as well as customized cell processing protocols.

The cell processing unit for fully automated washing, fractionation and cultivation of cells represents an integral component of the CliniMACS Prodigy.


The CliniMACS Prodigy has been developed as an integrated cell processing device in order to automate and standardize the complete manufacturing process of cellular products:

  • Fractionation of starting material
  • Cell washing
  • Target cell labeling
  • Magnetic cell separation
  • Cell cultivation
  • Volume reduction
  • Final product formulation