Automated cell culture system for ipscs

Streamline your stem cell culture operations with a system that automates seeding, differentiation, and harvesting, minimizing human error while boosting reliability and throughput in your workflows.

Automates and Standardizes Cell Culture Workflows

Emmet from Unicorn Biotechnologies is an innovative, automated benchtop cell culture system designed to eliminate human error in stem cell and regenerative medicine applications. It integrates critical processes such as seeding, media exchange, perfusion, and differentiation through a no-code, easy-to-program interface. With its ability to handle up to 18 cell lines in parallel, Emmet supports the production of iPSC-derived cardiomyocytes, neural cells, and mesenchymal-based tissue grafts. Its onboard fluidic system ensures precise reagent handling, while metabolic sensing provides real-time process monitoring. Emmet’s compact design fits a lab bench space of less than 1m², significantly reducing manual labor by over 80%. Fully compatible with anchorage-dependent cell lines, it also offers flexibility for certain suspension-adapted protocols. Emmet’s intuitive no-code protocol builder allows for the seamless transition from development to operational deployment without needing programming expertise.

Benefits

  • Increases lab efficiency by reducing manual labor by over 80%.
  • Enhances reliability with real-time process monitoring and metabolic sensing.
  • Prevents contamination and error through fully automated workflows.
  • Supports scalable experiments with the capability to process up to 18 parallel cell lines.
  • Simplifies protocol customization with a user-friendly, no-code programming interface.

General


Applications
Therapeutic development,Drug discovery,Pharmaceutical cell cultures,Cell therapy,Regenerative medicine,Disease modeling,Stem cell therapies,Biopharmaceutical research
End products
Engineered tissue models,Ipsc-derived neural cells,Ipsc-derived cardiomyocytes,Es-derived hepatocytes,Mesenchymal stem cell-based tissue grafts,Pluripotent stem cell-derived organoids,Regenerative skin substitutes,Biopharmaceutical assay libraries,Bespoke cellular drug screens
Steps before
Cell Line Selection,Preparation of Reagents,Protocol Development
Steps after
Data Analysis,Protocol Optimization,Final Product Validation
Input ingredients
anchorage-dependent cell lines,iPSCs,reagents,media,small molecules,growth factors,cell culture vessels
Output ingredients
differentiated cell types,expanded cell lines,spent media,cell harvest
Market info

Technical Specifications


Automation
Fully automated
Capacity
Up to 18 cell lines in parallel
Footprint
<1m2
Labour Reduction
80%+ less labour
Process Failure Reduction
50% less process failures
Temperature Control
Gas and temperature-controlled incubated section
Reagent Compatibility
Reagent agnostic
Multi-Parameter Testing
DOE based multi-parameter tests
Real-time Monitoring
Metabolic sensors for real-time monitoring
Variable Support
Adherent,suspension,and multi-phase protocols
Remote Monitoring
Developing remote access tools

Operating Characteristics


Automation level
Automated / Manual
Cleaning method
CIP / Manual
Batch vs. continuous operation
Batch / Inline Continuous
Energy efficiency
Optimized for reduced consumption
Integrated Steps
Seeding,Feeding,Passaging,Differentiation,Harvesting
Working Mechanism
Fluidics,Mechanical Actuation,Environmental Controls
Automation level
No-code protocol builder
Remote monitoring capability
Developing tool for remote access

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Compact footprint
Fits on a lab bench,lt
1m² footprint
Control panel type
Custom Programmable Protocols/no-code protocol builder
Discharge method
Machine-actuated vessel
Customization options
Reagent agnostic,supports multiple protocols

Custom Options


Compact footprint
Fits on a lab bench,lt
1m² footprint
Control panel type
No-code protocol builder
Walk Away Automation
Minimize setup time and contamination risks
Custom Programmable Protocols
No-code protocol builder for customized cell culture protocols
Culture multiple cell lines
Up to 18 cell lines in parallel
Reagent Agnostic
Supports adherent,suspension,and multi-phase protocols
Integration possibilities
Automation and scalability for cell culture workflows
Remote Monitoring
Developing remote access tool