Cellular Vehicles
Cellular Vehicles is dedicated to enabling next-generation cell therapy by developing process automation tools to support the scaling of the cell and gene therapy industry. Their mission is to accelerate the transition of medicine to curative cell-based therapies.
Industries
Nr. of Employees
small (1-50)
Cellular Vehicles
San Mateo, California, United States, North America
Products
The Odyssey System
An automation platform designed to standardize and simplify the last mile process of cell and gene therapy handling, preparation, and administration, reducing manual tasks and training requirements for healthcare providers.
Pilot Program/Clinical Trial Use
A partnership program with CGT developers to evaluate the Odyssey System for clinical trials and subsequent use.
Research/Manufacturing Platform
An open version of the Odyssey System with programmable parameters, sold to CGT developers and academic research labs for research and manufacturing process development, not for human use.
The Odyssey System
An automation platform designed to standardize and simplify the last mile process of cell and gene therapy handling, preparation, and administration, reducing manual tasks and training requirements for healthcare providers.
Pilot Program/Clinical Trial Use
A partnership program with CGT developers to evaluate the Odyssey System for clinical trials and subsequent use.
Research/Manufacturing Platform
An open version of the Odyssey System with programmable parameters, sold to CGT developers and academic research labs for research and manufacturing process development, not for human use.
Services
Development of process automation tools for cell therapy
R&D and engineering to create automation platforms and workflows intended to enable scale-up of cell- and gene-therapy manufacturing.
Development of process automation tools for cell therapy
R&D and engineering to create automation platforms and workflows intended to enable scale-up of cell- and gene-therapy manufacturing.
Expertise Areas
- Cell therapy manufacturing automation
- Robotic medical instrument design
- Stem cell biology and differentiation
- Tissue engineering and biomaterials
Key Technologies
- Robotics and mechatronics
- Electrospinning
- Tissue-engineered constructs
- Extracellular vesicle (EV) platforms