Applied Cells

Applied Cells

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Private Company

Total funding raised: $14M

Overview

Applied Cells is a private, U.S.-based biotech firm founded in 2014, focused on revolutionizing cell isolation for the cell therapy and diagnostics sectors. Its flagship MARS platform employs a proprietary InFlow column-free magnetic separation technology, aiming to reduce the time, cost, and complexity of processes like CAR-T manufacturing, with a stated goal of achieving $10,000 cost of goods (COGS). The company has established strategic partnerships, achieved ISO 13485:2016 certification, and submitted regulatory filings (FDA Type II Master File), positioning itself as an enabling technology provider in the rapidly growing cell therapy space. It operates as a platform company, selling instruments and reagents for both research and GMP use.

OncologyHematology

Technology Platform

MARS InFlow column-free magnetic cell isolation system for high-purity, high-recovery, scalable cell separation.

Funding History

2
Total raised:$14M
Series A$12M
Seed$2M

Opportunities

The massive growth in cell therapy, particularly CAR-T, creates a urgent need for cost-reducing, scalable manufacturing solutions like the GoFast workflow.
The expanding field of liquid biopsy and rare cell analysis for cancer diagnostics presents a significant adjacent market for high-performance cell isolation technologies.

Risk Factors

Intense competition from established leaders in cell separation (e.g., Miltenyi Biotec) and the challenge of displacing entrenched workflows.
Execution risk in proving its $10k COGS claim at commercial scale and achieving widespread adoption by large therapy developers.
Dependency on the continued growth and success of the cell therapy sector itself.

Competitive Landscape

Applied Cells competes with large, established players like Miltenyi Biotec (MACS®), STEMCELL Technologies (EasySep™), and Bio-Rad in the magnetic cell separation market. Its differentiation is the column-free InFlow technology, which it positions as faster, more scalable, and more cost-effective than traditional column-based systems. It also faces competition from other novel separation technologies, such as acoustic, microfluidic, and affinity-based platforms.