Automated cell manufacturing system for stem cells

Revolutionize cell culture with a fully automated system designed to streamline processes from seeding to harvesting, ensuring precision and scalability for high-demand biomanufacturing.

Automates and Scales Cell Culture Workflows

Marty from Unicorn Biotechnologies is a fully automated cell manufacturing system designed to streamline and scale cell culture workflows in biotech and pharmaceutical industries. This innovative system manages the entire spectrum of cell culture processes, from seeding to differentiation, through a parallelized setup of integrated cell culture vessels within a closed incubator, ensuring consistent environmental control. Applications include producing iPSC-derived cardiomyocytes, ES cell-derived neurons, and biopharmaceutical monoclonal antibodies. Marty offers seamless integration with bench-top GMP compliance, and is capable of continuous, real-time in-line QC to optimize cell production. Designed for both anchorage-dependent and suspension cells, it supports both autologous and allogeneic therapeutic modalities. Marty reduces manual labor by automating fluid handling with patented sterile connection systems and includes in-line metabolic sensing and adaptive process control for enhanced performance. This scalable solution is ideal for research and development departments, laboratories, and commercial cell therapy production, with customizable protocols and cloud-based data management for comprehensive process control.

Benefits

  • Enhances process consistency by eliminating manual variability with fully automated operations.
  • Accelerates time-to-market by rapidly developing scalable bioprocesses in under six months.
  • Reduces contamination risk with a closed system and patented sterile connection technology.
  • Increases production flexibility with parallelized plug-and-play cell culture vessels.
  • Provides real-time process optimization through in-line metabolic sensing and adaptive control.

General


Applications
Therapeutic development,Drug discovery,Biotechnology,Stem cells,Cell therapy,Autologous therapeutics,Disease modeling,Biopharmaceuticals,Allogeneic therapeutics
End products
Custom drug screening assays,Biopharmaceutical monoclonal antibodies,Disease model organoids,Ipsc-derived cardiomyocytes,Msc-based cartilage implants,Es cell-derived neurons,Autologous stem cell transplants,Therapeutic cell lines,Allogeneic car-t cell therapies,Scalable cell culture bioreactors
Steps before
Seeding,Reagent Preparation,Media Pre-Warming
Steps after
Sampling,In-Line QC,Harvesting,Sterile Fluid Connection
Input ingredients
embryonic stem cells,induced pluripotent stem cells,growth factors,small molecules,reagents,media,mesenchymal stromal cells,primary cells,cell lines,suspension-based cell lines,HSCs,T cells,NK cells,TILs,TRegs
Output ingredients
expanded ES/iPSCs,differentiated progeny,cell suspension,waste supernatant,homogenous fluid distribution,process data,regulatory approved products
Market info

Technical Specifications


Automation
Fully automated
Process Control
Adaptive process control systems
Sensing Systems
In-line biochemical sensing
Scalability
Up and Out
Cell Types
iPSCs,anchorage-dependent,suspension-based
Integration
Standalone or with other instruments
Temperature Control
Gas and temperature-controlled incubator
Storage
Refrigerated reagent storage unit
Fluid Handling
Plug and play cell culture vessels
Connection System
Proprietary sterile connection system
Process Development Time
< 6 months
Energy Usage
Data stored locally or in cloud
Process Failure Rate Compared to Manual
50%+ less
Labour Reduction
80%+ less

Operating Characteristics


Automation level
Fully automated
Batch vs. continuous operation
Closed batch system
In-line process control
Adaptive process control
Scale-up capability
Parallelized plug and play vessels
Sterile fluid connection
Automated sterile connection
Resource efficiency
Conserves scarce resources

Material Compatibility


Biological compatibility
Compatible with iPSCs,ES,MSCs
Cleanability
Supports automated sterile connections
Corrosive resistance (e.g. acids)
Compatible with various cell culture reagents
Density/particle size
Handles various cell types and conditions

Physical Characteristics


Machine Footprint
Compact
Control Panel Type
Digital
Discharge Method
Automated

Custom Options


Control panel type
Digitized Protocol Builder
Sterile connection systems
Automated sterile connection formation