Immune Cell Manufacturing Platform
Comprehensive Cell Therapy Capabilities
Supports CAR-T, DC, NK, CAR-NK, and TIL therapies with tailored processes for each cell type.
Advanced Gene Delivery Technologies
Equipped for both viral and non-viral modification methods.
International-Standard GMP & Quality Control
End-to-end QC system covering raw materials, manufacturing, and final release to ensure safety and efficacy.
High Manufacturing Success Rate
Achives >95% success rate with high-positive-rate, low-impurity cell products.
Full Traceability & Process Automation
Closed-loop tracking from sample collection to clinical delivery, with key steps automated for precision and efficiency.
Modular & Scalable Design
Flexible configuration to meet research and clinical project needs, ensuring rapid adaptation to new therapies.
CAR-T Core Manufacturing & Quality Control
At the heart of the platform is our CAR-T cell manufacturing system, which delivers high-purity, high-activity T cells through optimized isolation, viral vector transduction, and expansion processes. Stringent quality control covers every stage — from raw materials to final product release — including phenotype analysis, functional assays, sterility, and endotoxin testing, all in line with international standards and regulatory requirements.
Multi-Type Cell Therapy Capabilities
The platform supports diverse immune cell products, including CAR-T, DC, NK, CAR-NK, and TIL therapies. Each cell type is produced with tailored processes to maximize biological function and therapeutic potential. We employ both vital (lentiviral, retroviral) and non-viral (electroporation, transposon) gene delivery technologies, enabling flexible, safe, and efficient genetic modification based on project needs.
Platform Advantages
Our platform delivers >95% manufacturing success rates, high-positive-rate cell products, and low impurity levels to ensure safety and efficacy. Full traceability is implemented across collection, manufacturing, and delivery, with key processes automated to enhance precision, consistency, and efficiency. Modular design allows rapid customization for both research and clinical projects, ensuring adaptability to evolving therapeutic demands.
