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Stem cells
Basic research using pluripotent stem cells and stem cell-based models in disease modeling, drug discovery, toxicology testing, regenerative medicine, and exciting new research areas like cultivated meat relies on antiquated manual cell culture techniques. We want to help.
Regenerative medicines
Developing and manufacturing cell-based regenerative therapeutics, from iPSC-derived CAR-T and CAR-NK cell therapies to iPSC-derived cardiomyocytes, neuronal progenitor & pancreatic beta cells (autologous/allogeneic) and engineered tissue and organ development using donor or patient-specific cells, is long, arduous path. We want to help.
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Stem cell expansion
Pluripotent stem cell expansion using either embryonic stem cells (ES) or induced pluripotent stem cells (iPSC) is a critical technique for producing cells used in disease modeling, drug discovery and therapeutic development. The expansion process involves the proliferation of ES/iPSCs to obtain sufficient quantities for research or translation to the clinic while maintaining the ES/iPSC’s pluripotency and differentiation capacity.
Differentiation
Differentiating any type of cell, be it iPSC or mesenchymal stromal cells, is a crucial workflow for producing the desired end cell type you need for use in basic research or therapeutic. Differentiation protocols generally involve sequentially applying growth factors or small molecules at precise time or event driven points to your cell culture.
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Regenerative medicines

Developing and manufacturing cell-based regenerative therapeutics, from iPSC-derived CAR-T and CAR-NK cell therapies to iPSC-derived cardiomyocytes, neuronal progenitor & pancreatic beta cells (autologous/allogeneic) and engineered tissue and organ development using donor or patient-specific cells, is long, arduous path. We want to help.

The potential of regenerative medicines are undeniable.

However, numerous barriers - from complex tech transfers, batch-to-batch variability and six-figure dose production costs (just to name a few) stand between you and helping patients in need.

We want to help. Our ambition is to have Emmet be a single platform where you develop protocols (R&D), and then scale linearly through clinical trials and commercial production.


With Emmet you can:

  • Develop cell culture protocols on 'plug-and-play' cell culture vessel and fluid manifold cartridges;
  • Develop your CPQs and CMC strategey in parallel to your therapeutic discovery and development projects
  • Leverage in-line metabolic sensing systems to gain unprecedented control and insights into your early stage development (onboard imaging in development)
  • Develop a realistic manufacturing plan and cost of goods model from day one to meet your development and commercial goals.
  • ...and beyond!


We are actively developing a GMP-compliant version of Emmet suitable for use in therapeutic manufacture for clinical trials - reach out to learn more.

Related Products

Emmet

Emmet is an intelligent machine that automates your TC flask cell culture workflows. With a unified hardware and software stack in a single bench-top instrument, Emmet brings physical AI to the tissue culture lab.
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Related resources

Automated hiPSC expansion: Emmet

Showcasing the efficacy of expanding hiPSCs from a T25 to a T225 in a closed, automated bench-top system (Emmet).
App Notes
Download
1.17.2025
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Applications

Stem cell expansion

Pluripotent stem cell expansion using either embryonic stem cells (ES) or induced pluripotent stem cells (iPSC) is a critical technique for producing cells used in disease modeling, drug discovery and therapeutic development. The expansion process involves the proliferation of ES/iPSCs to obtain sufficient quantities for research or translation to the clinic while maintaining the ES/iPSC’s pluripotency and differentiation capacity.
Learn More

Differentiation

Differentiating any type of cell, be it iPSC or mesenchymal stromal cells, is a crucial workflow for producing the desired end cell type you need for use in basic research or therapeutic. Differentiation protocols generally involve sequentially applying growth factors or small molecules at precise time or event driven points to your cell culture.
Learn More

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