3d printer for high-precision microbioreactors
Achieve unprecedented precision in bioprocessing with a 3D printer capable of constructing complex microbioreactors, ensuring sterility and real-time biomaterial formulation for cutting-edge biotechnology applications.
Prints Large-Scale Microbioreactors with Precision
The Sclereid from Kämbium is a revolutionary 3D printer designed specifically for biopharmaceutical applications requiring precision and scale. It leverages Brick Printing Technology, enabling simultaneous printing of millions of dots with laser accuracy. Ideal for producing microbioreactors, bioprocessors, and microfluidic components, The Sclereid is crucial for biotech firms and research facilities aiming to fabricate complex bioreactors and lab-on-a-chip devices at scale. It operates at a remarkable speed of 590 million pixels per second with a fine pixel size of 6 microns, ensuring high-resolution output. The temperature-controlled sterile cabinet and real-time material formulation ensure consistent biocompatibility and sterility, crucial for biotech and pharmaceutical workflows. Integration with Cäster industrial design software allows for seamless real-time design printing. Engineered for continuous large-scale production, The Sclereid meets GMP standards, offering a cutting-edge solution for advanced bioengineering needs, with optional configurations available to suit specific production environments.
Benefits
- Enhances production speed with a print rate of 590 million pixels per second.
- Maintains sterility, reducing contamination risks in sensitive applications.
- Customizable scaling options support large-scale manufacturing needs.
- Integrated real-time printing reduces design-to-production lead times.
- GMP-compliant design ensures adherence to biopharmaceutical standards.
- Applications
- Biotechnology,Bioengineering,Biopharmaceuticals,Microbioreactors,Bioreactors,Bioprocessing
- End products
- Lab-on-a-chip devices,Microfluidic chips,Monoclonal antibodies,Bioreactor chambers,Biomaterial scaffolds,Cell-culture media,Recombinant proteins,Genetically modified microorganisms,Sterile culture devices,Vaccine components
- Steps before
- Biomaterial formulation,Temperature control,Sterile preparation
- Steps after
- Sterile removal,Real-time synchronization,Manufacturing scaling
- Input ingredients
- biomaterial,microbioreactor components
- Output ingredients
- 3D printed microbioreactor,sterile 3D printed components
- Market info
- Effective printing volume
- 590 million
- Print speed
- 590M pixels per second
- Pixel size
- 6 micron
- Pixels per layer
- Up to 983M pixels
- Temperature control
- Temperature-controlled sterile cabinet
- Sterility maintenance
- Sterile removal of pieces
- Software integration
- Synchronizes with Cäster design software
- Pixel size
- 6 micron
- Print speed
- 590M pixels per second
- Effective printing volume
- 590 million
- Temperature control
- Sterile cabinet
- Real-time formulation
- Biomaterial homogeneity
- Sterility maintenance
- Post-print removal
- Integration with design software
- Cäster
- Automation level
- Real-time synchronization
- Scalability
- Brick printing to large-scale
- Printing volume
- 29L
- Sterile cabinet
- Temperature-controlled
- Pixel size
- 6 micron
- Custom built technology
- Brick Printing Technology
- Discharge method
- Sterility maintenance
- Control Panel Type
- Industrial design software synchronization
- Temperature Control
- Temperature-controlled sterile cabinet
- Integration with Software
- Integration with Cäster software
- System Type
- Sterile cabinet for biomaterial formulation