Fixed-Bed Perfusion Reinvented for Adherent Cells
Boost efficiency, mitigate 3D scalability problems, and improve yields in cell therapy, extracellular vesicle, and viral vector production with cutting-edge bioreactor technology.
Meet the Exo-Harvest
Bioreactor.
.avif)
Scale Down or Scale Up. The choice is yours.
Our modular bioreactor platform empowers teams to run realistic small-scale experiments and transition seamlessly to manufacturing.
Accelerate development, reduce cost, and simplify tech transfer across every stage of bioproduction.
Precision-designed 3D scaffolds maximize surface area for adherent growth while preserving uniform flow dynamics. This structure ensures reproducibility and performance across all run sizes.
Forget batch limitations with Exo-Harvest's perfusion-powered design. A continuous flow of fresh media maintains optimal cell conditions and unlocks higher yields with less manual intervention.
Built-in sensors and feedback loops track key process variables in real time. Fine-tune conditions, reduce variability, and scale up with confidence, not guesswork.
Exo-Harvest is available in Mini, Midi, and Maxi formats to support every stage of manufacturing. Each system shares the same fixed-bed architecture, ensuring consistent flow dynamics, real-time monitoring, and smooth progression from screening to GMP manufacturing.
Small-scale experiments, large-scale discoveries
Not too little, not too large... just the right size
For big batches you can trust
Up to 24 units in parallel for screening & optimization
Mid-size bioreactor to fine-tune perfusion and feeding
For GMP-compliant manufacturing
- Miniaturized bioreactors with integrated sensors
- Plug & play temperature controlling (sensing & heating) and media level management
- User-friendly BSC-compatible design
- Optimal, cost-efficient resource usage
- Geometrical, scalable design maintaining hydrodynamic similarity
- Advanced sensors and actuators for automated control (pH, dO2, temperature, nutriment, etc.)
- Closed system operation
- Real-time monitoring
- Geometrical, scalable design maintaining hydrodynamic similarity
- Advanced sensors and actuators for automated control (pH, dO2, temperature, nutriment, etc.)
- Closed system operation
- Real-time monitoring
- Rapid, flexible process development
- Reduced costs and material needed
- Consistent scalability
- Tech transfer readiness
- Generation of regulatory supporting data
- Consistent development data
- Full GMP compliance
- Facilitate industrial production and market supply
- 0.5 cm³ - 5 cm³
- 50 cm³ - 500 cm³
- Up to 2 000 cm³
(0.5 cm³ = 25 cm²= one T-25 flask)
- 23.5 cm² - 235 cm²
- 2 350 cm² - 9 400 cm²
- 23 500 cm² - 94 000 cm²
Small-scale experiments, large-scale discoveries
Up to 24 units in parallel for screening & optimization
- Miniaturized bioreactors with integrated sensors
- Plug & play temperature controlling (sensing & heating) and media level management
- User-friendly BSC-compatible design
- Optimal, cost-efficient resource usage
- Rapid, flexible process development
- Reduced costs and material needed
- 0.5 cm³ - 5 cm³
(0.5 cm³ = 25 cm²= one T-25 flask)
- 23.5 cm² - 235 cm²
Not too little, not too large... just the right size
Mid-size bioreactor to fine-tune perfusion and feeding
- Geometrical, scalable design maintaining hydrodynamic similarity
- Advanced sensors and actuators for automated control (pH, dO2, temperature, nutriment, etc.)
- Closed system operation
- Real-time monitoring
- Consistent scalability
- Tech transfer readiness
- Generation of regulatory supporting data
- 50 cm³ - 500 cm³
(0.5 cm³ = 25 cm²= one T-25 flask)
- 2 350 cm² - 9 400 cm²
For big batches you can trust
For GMP-compliant manufacturing
- Geometrical, scalable design maintaining hydrodynamic similarity
- Advanced sensors and actuators for automated control (pH, dO2, temperature, nutriment, etc.)
- Closed system operation
- Real-time monitoring
- Consistent development data
- Full GMP compliance
- Facilitate industrial production and market supply
- Up to 2 000 cm³
(0.5 cm³ = 25 cm²= one T-25 flask)
- 23 500 cm² - 94 000 cm²
Built
For Biotech Experts.
By Biotech Experts.
Purpose-built for adherent cell line, viral vector, and extracellular vesicle manufacturing.
Exo-Harvest isn’t just a bioreactor. It’s your end-to-end biomanufacturing platform, delivering faster results, smarter optimization, and a seamless path to commercialization.
Small Scale, High Impact
- Simultaneously test reaction conditions in parallel on a small scale.
- Use less media and fewer cells - cut COGS dramatically.
- Ideal for optimizing adherent cell lines, viral vectors, and exosomes.
- Achieve optimized results in weeks, not months. 6× faster, 10× cheaper process development with a leaner team*.
- Compact format supports high-throughput screening and iterative testing.
*compared to 12 months with 5-person team using traditional methods
Ready to Scale When You Are
- Seamlessly transition from R&D to GMP-ready production.
- Maintain process continuity and product quality across scales.
- Designed for regulatory compliance and cleanroom integration.
- Supports high-yield manufacturing with up to 10x greater output.
- Integrated real-time monitoring and control for scalable production.
Experience Our
Innovative Platform
Discover how our bioreactor technology transforms exosome production with unmatched control and scalability.