The iPSC-first CDMO.
Making cell therapies mainstream for Japan’s iPSC-Derived Cell Therapy and Regenerative Medicine programs.
Cellistic brings 15 years of exclusive iPSC focus to your program. EMA-certified facility, PMDA-compliant processes, and pre-established platforms designed to get you to clinic faster. We work alongside your team from cell line development through GMP supply.



Manufacturing for Phase 1 Clinical Trial of iPSC-derived BCMA CAR-iNKT cell
In December 2024, Cellistic entered a process development and manufacturing agreement with BrightPath Bio, Inc., a Tokyo Stock Exchange-listed developer of iPSC-derived NKT cell therapies. The collaboration includes the use of Cellistic's Echo™ platform to enable GMP-compliant, clinical-scale manufacturing for a Phase 1 trial of iPSC-derived BCMA-targeting CAR-NKT cells for multiple myeloma.
BrightPath Bio selected Cellistic for its bioreactor-based differentiation capability, GMP compliance, and established process for iPSC-to-NK cell manufacturing.
We are delighted to partner with Cellistic, which has the most experience in culturing iPS cells using 3D bioreactors. This collaboration with Cellistic allows us to leverage their state-of-the-art development and manufacturing capabilities to accelerate the development of our BCMA CAR-NKT product.
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iPSC CDMO services from cell line development to GMP supply.
End-to-end iPSC development and manufacturing, backed by proprietary platforms built for allogeneic cell therapy at clinical and commercial scale.
CDMO Services
- Cell Line Development Reprogramming, gene editing, and GMP cell banking via the Pulse™ platform
- Process & Analytical Development Process design, scale-up, and assay development aligned to your CMC strategy
- Master Cell Banking MCB and WCB generation under GMP with deep characterization and QA oversight
- GMP Manufacturing Clinical and commercial manufacturing in EMA-certified, PMDA-compliant suites
- QC Testing & Release In-house release testing: identity, purity, sterility, genetic stability, viral safety
- Regulatory Support CMC documentation, QP batch certification, worldwide export under MIA/GMP Certificate
Technology Platforms
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From donor to cell engineered GMP Master Cell Bank, leveraging STAR-CRISPR™ proprietary gene editing technology and Allo Chassis™ immune-cloaked cell lines
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Pre-established stirred-tank bioreactor-based processes for clinical production
Download the Cellistic company overview
GMP facility specs, manufacturing platforms, regulatory credentials, and team contacts. A starting point for teams evaluating Cellistic as a partner.
iPSC CDMO services from cell line development to GMP supply.
Cellistic supports iPSC-derived cell therapy programs across the full development pathway, from cell line development through to GMP drug product release. Programs can engage at any stage, with Pulse covering cell line development and Cellistic Echo covering differentiation and manufacturing.
Case study: Scalable manufacturing of iPSC-derived cardiomyocytes
Highlights a scalable bioprocess for generating high-purity, ventricular-like cells under chemically defined conditions.
Read the case study
15 years of iPSC expertise, built into every program.
How to partner with Cellistic.
Flexible entry, proven path. Whether you're at concept stage or mid-development, we adapt to your program's needs and challenges — from R&D through GMP supply.
Product development using platforms
Co-develop your iPSC-derived therapy using Cellistic's Pulse™ and Echo™ platforms, from cell line development through clinical manufacturing.
CDMO services
Transfer your existing process or start from scratch. Cell line development, process and analytical development, GMP manufacturing, and regulatory support under one roof.
Technology licensing
Access Cellistic's IP — including STAR-CRISPR™ and Allo Chassis™ — standalone or bundled, with a clear line of sight to commercial terms.
Vision and Expertise
Our CEO and CTO shape the long-term vision that guides our work, drawing on longstanding experience across iPSC science, manufacturing, and cell therapy development.