Desktop bioprocessor for continuous biomanufacturing
Shrink your biotech facility to a bench-top unit, achieving seamless continuous cell culture processing with precise microenvironmental control for optimal cell growth and productivity.
Controls Microenvironment and Cultures Cells Continuously
The Bioprocessor from Stämm consolidates the functionality of a biotech facility into a desktop unit, revolutionizing biomanufacturing with its plug-and-play design. This all-in-one system maintains continuous, unidirectional, and laminar flow, crucial for precise cell culture control and productivity. Specializing in real-time microenvironment management, it monitors and adjusts culture medium, pH, dissolved oxygen, and cell density online and inline.
Ideal for applications such as producing recombinant proteins, monoclonal antibodies, and biocompatible scaffolds, the Bioprocessor serves various industries from biopharmaceuticals to liquid vaccines production. Its integration of technologies like microfluidics and electroporation enhances process efficiency, reducing reagent usage and optimizing cell membrane interactions for sterilization.
Configured to support diverse operations from R&D labs to full-scale production facilities, this unit easily fits into existing processes, minimizing space requirements by up to 200x compared to traditional setups. With an estimated 70x increase in productivity, it paves the way for scalable, efficient biomanufacturing solutions.
Benefits
- Enhances productivity with continuous processing, reducing operational downtime.
- Provides precise environmental control, ensuring peak cell efficiency.
- Minimizes laboratory footprint, replacing large facilities with a compact desktop unit.
- Integrates cost-efficiently, lowering reagent consumption through microfluidic technology.
- Streamlines scale-up operations, adaptable from R&D to full production.
- Applications
- Liquid formulations,Fine chemicals,Nutraceuticals,Biomaterials,Biopharmaceuticals
- End products
- Photocurable bio-inks,Monoclonal antibodies,Biocompatible scaffolds,Vitamin complexes,Liquid vaccines,Custom enzyme formulations,Cell culture media,Liposomal supplements,Bioactive peptides,Recombinant proteins
- Steps before
- Biomaterial formulation,Biocompatibility testing,Photocuring bio-inks,Electroporation setup
- Steps after
- Harvesting cells,Culture medium sterilization,3D printing of bioreactors
- Input ingredients
- culture medium,cells,microenvironmental parameters,dissolved oxygen,cell density
- Output ingredients
- daily harvests,processed cell cultures
- Market info
- Size Reduction
- 200x200-fold decrease
- Processing Volume Decrease
- 100x-400x decrease
- Productivity Increase
- 70x
- Microenvironmental Control
- Cultural medium,pH,dissolved oxygen,cell density
- Flow Type
- Continuous,unidirectional,laminar
- Operation Mode
- Plug,play desktop unit
- Microfluidics Volume
- Micro to nano liters
- Laminar Flow Channel Size
- Tens of microns
- Automation level
- Manual / PLC / SCADA
- Microenvironmental control
- pH,dissolved oxygen,cell density
- Flow type
- Continuous,unidirectional,laminar
- Plug,Play capability
- Yes
- Scale
- Desktop unit
- Productivity increase
- 70x
- Bioprocess downscaling
- 200x-200-fold decrease
- Compact footprint
- Desktop unit
- Flow type
- Continuous,unidirectional,laminar
- Size reduction
- 200x-200-fold decrease
- Processing volume
- 100x-400x decrease
- Control panel type
- Online and inline parameters control
- Control System Type
- Microcontroller / PLC
- Integration Possibilities
- Online and inline monitoring
- Flow Control
- Laminar / Continuous / Unidirectional
- Environmental Parameter Control
- pH / Dissolved Oxygen / Cell Density
- Unit Size
- Desktop / Compact