MARS® Bar
Manufactured under ISO 13485:2016 quality standards — enabling GMP-compliant cell manufacturing workflows for cell therapy.
MARS® Bar
MARS® Bar is a new standard for automated cell isolation, manufactured under ISO 13485:2016-certified quality systems, offering robust, cost-effective solutions for cell separation and cell processing supporting cell therapy development.
Key features
Designed to optimize workflows in the clean rooms, MARS® Bar provides flexibility and scalability, facilitating effortless protocol optimization on large scale. Accommodating various sample types and volumes with minimal hands-on time, the system guarantees high purity and recovery rates while prioritizing gentle treatment to preserve cell viability.
Column-free magnetic separation 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.
Our quality commitmentAt Applied Cells, quality is at the core of everything we do — from design to delivery. We’re ISO 13485:2016 certified, and our products align with global standards including CE, GMP, RoHS, and others. Learn more about our compliance and documentation support here:
Discover All Our Products
MARS® SP
Gentle acoustic debris removal for single-step, label-free cell or nuclei enrichment for up to 3 samples with ease and precision.
MARS® Bar
Positive and negative immunomagnetic cell selection with column-free technology for up to 3 samples simultaneously.
Reagents
Broad reagent selection designed and validated for exceptional purity, recovery, and viability using MARS Platform.
