MARS® Bar Flex

Flexible, column-free immunomagnetic cell separation designed for research workflows

Research use

MARS® Bar Flex

A flexible cell separation system, supporting independent 1–3 sample processing for fast, high-purity results in advanced research workflows.

Key features

Designed to enhance productivity in RUO labs, MARS® Bar Flex enables flexible and scalable workflows, supporting parallel processing of 1 to 3 samples. With minimal hands-on time and compatibility with various volumes and reagents, it delivers high purity and recovery while preserving cell viability.

Parallel Throughput

Run 1 to 3 samples independently for faster turnaround

Protocol Flexibility

Compatible with varied sample types, volumes, and reagents

High Purity, Low Loss

Optimized design ensures gentle cell handling and recovery

Applied Cells column-free technology

Our in-flow technology of column-free immunomagnetic separation provides a highly flexible, scalable, and cost-effective solution for cell separation. MARS® magnetic separation eliminates the need for a matrix columns, reducing cell loss and delivering high cell purity and excellent recoveries for various samples. The MARS® Mag modules are supported by optimized protocols for automated cell enrichment or depletion, ensuring assay reproducibility. The technology also boasts unlimited capacity, as the captured cells are eluted cyclically at pre-defined time intervals until all cells are separated.

Discover All Our Products

Supporting your journey

Plasma Cell Isolation

Uncover new insights in Multiple Myeloma research through efficient CD138+ cell isolation.

Learn more

Stem Cell Isolation

Transform the isolation of CD34+ hematopoietic stem cells (HSC), maximizing purity and recovery.

Learn more

Cell Therapy Development

Streamline cell development from small-scale optimization, through upscaling to cell manufacturing.

Learn more

Cell and Nuclei Enrichment

Effortlessly separate nuclei from complex samples with a gentle, single-step acoustic wash.

Learn more

Contact us