Biotechnology 2026Updated

List of Cell and Gene Therapy CDMO Facilities

Comprehensive database of contract development and manufacturing organizations (CDMOs) specializing in cell and gene therapy production, including viral vector, CAR-T, and iPSC manufacturing capabilities across global facility locations.

Available Data Fields

Company Name
Facility Location
Therapy Types
Vector Platforms
Manufacturing Scale
GMP Suite Count
Regulatory Approvals
Modalities
Facility Size (sq ft)
Process Development
Analytical Services
Commercial Approval Status

Data Preview

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CompanyLocationTherapy TypesVector Platforms
LonzaPearland, TX, USACell Therapy, Gene Therapy, Viral VectorsAAV, Lentivirus, Adenovirus
Catalent (Novo Holdings)Harmans, MD, USAGene Therapy, Oncolytic VirusAAV, Lentiviral
Charles River LaboratoriesMemphis, TN / Rockville, MD, USACell Therapy, Gene TherapyAAV, Lentiviral, Retrovirus
Oxford Biomedica (OXB)Oxford, UKGene Therapy, VaccinesLentiviral (LentiVector)
RoslinCTEdinburgh, UK / Hopkinton, MA, USACell Therapy (Autologous & Allogeneic)iPSC, Gene-edited cells

100+ records available for download.

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Cell and Gene Therapy CDMO Landscape

The global cell and gene therapy CDMO market, valued at approximately $7 billion in 2024, is projected to exceed $74 billion by 2034 at a 28% CAGR. Over 135 specialized CDMOs now operate worldwide, up from a handful a decade ago, driven by the surge in FDA-approved advanced therapies and a growing clinical pipeline exceeding 3,000 active trials.

Geographic Distribution

The United States leads with 34 CGT-focused CDMOs, followed by China (20) and the United Kingdom (11). Key manufacturing clusters have formed around:

RegionNotable HubsSpecialization
North AmericaMaryland, Texas, Massachusetts, CaliforniaAAV vectors, CAR-T commercial manufacturing
EuropeOxford, Edinburgh, Munich, HillerødLentiviral vectors, allogeneic cell therapy
Asia-PacificYokohama, Guangzhou, IncheoniPSC-derived therapies, process development

Key Capability Segments

Viral Vector Manufacturing
AAV and lentiviral vectors dominate, with leading CDMOs operating bioreactors up to 2,000L scale. Lonza, Catalent, and Oxford Biomedica hold significant commercial-approved capacity.
Cell Therapy Processing
Both autologous (patient-specific) and allogeneic (donor-derived) manufacturing. CAR-T cell therapies drive the majority of demand, with iPSC-based therapies emerging as a high-growth segment.
Plasmid DNA Production
Critical upstream supply for viral vector manufacturing. Dedicated pDNA facilities from Thermo Fisher (Carlsbad, CA) and Charles River (Keele, UK) address a key bottleneck.

Industry Trends

Major consolidation is reshaping the landscape. Novo Holdings’ acquisition of Catalent and the merger of Minaris Regenerative Medicine with WuXi Advanced Therapies’ US/UK operations signal a shift toward vertically integrated, multi-continent platforms. Approximately 45% of facilities have adopted automation to address persistent workforce and vein-to-vein logistics challenges.

For therapy sponsors evaluating CDMOs, critical selection factors include regulatory track record (FDA/EMA commercial approvals), technology transfer expertise, scale-out vs. scale-up capability, and supply chain redundancy across geographies.

Frequently Asked Questions

Q.What vector platforms are covered in this dataset?

The dataset covers all major viral vector platforms used in cell and gene therapy manufacturing, including AAV (multiple serotypes), lentiviral, adenoviral, retroviral, and oncolytic virus vectors, as well as non-viral delivery approaches like plasmid DNA and mRNA.

Q.Does the data include regulatory approval status for each facility?

Yes. When the information is publicly available, the dataset captures FDA, EMA, PMDA, and other regulatory body approvals at the facility level, including whether a site is approved for clinical-only or commercial manufacturing.

Q.How is facility data collected and how current is it?

Data is gathered by AI-powered web crawling at the time of your request, pulling from public sources including company websites, regulatory filings, press releases, and industry databases. This ensures you receive the most current publicly available information rather than a static snapshot.

Q.Can I filter CDMOs by specific therapy modality such as autologous vs. allogeneic?

Yes. You can specify filtering criteria including autologous vs. allogeneic processing, specific cell types (CAR-T, NK, iPSC, MSC), vector types, manufacturing scale, and geographic preferences to narrow results to qualified partners.