Printing Life One Layer at a Time
Brinter® is a 3D Bioprinter technology leader with automated and scalable out-of-the-box hardware for bioprinting applications in personalized tumor models, chondral repairment, and drug formulation.
Printing Life One Layer at a Time
Brinter® is a 3D Bioprinter technology leader with automated and scalable out-of-the-box hardware for bioprinting applications in personalized tumor models, chondral repairment, and drug formulation.
Modular Bioprinter
BRINTER is at the forefront, with a high velocity, modular, scalable 3D bioprinter.
Bioprinter Modules
Capable of printing four different bioinks in an automated fashion in a single job.
Bioinks
Built for 3D bioprinting of soft tissue constructs with various hydrogels for different use cases.
Applications
Bioprinting areas range from drug screening and toxicology research to tissue and organ transplantation.
Modular Bioprinter
BRINTER is at the forefront, with a high velocity, modular, scalable 3D bioprinter.
Bioprinter Modules
Capable of printing four different bioinks in an automated fashion in a single job.
Bioinks
Built for 3D bioprinting of soft tissue constructs with various hydrogels for different use cases.
Applications
Bioprinting areas range from drug screening and toxicology research to tissue and organ transplantation.
BRINTER® ONE – 3D BIOPRINTER
Easy to Use Video
Streamlining Bio Applications
Rapid Prototyping and Improvements
Brinter® institutes Rapid Prototyping Technology, streamlining endless bio applications. Automate fabrication of anatomically correct biological structures with computer models through sequential material layering. These tissue constructs boost personalization of medical care. Success rates jump when products are tailored to patients’ bodies and specific needs.
Streamlining Bio Applications
Rapid Prototyping and Improvements
Brinter® institutes Rapid Prototyping Technology, streamlining endless bio applications. Automate fabrication of anatomically correct biological structures with computer models through sequential material layering. These tissue constructs boost personalization of medical care. Success rates jump when products are tailored to patients’ bodies and specific needs.
Advancing Bio Industries
Research, Innovation, and Applied Sciences
The field is poised to transform the practice of medicine with the potential to print entire organs, create new disease models to fast track R&D or test patient response to therapy, with clinical bioprinter applications currently coming to market or being validated in clinical trials.
Advancing Bio Industries
Research, Innovation, and Applied Sciences
The field is poised to transform the practice of medicine with the potential to print entire organs, create new disease models to fast track R&D or test patient response to therapy, with clinical bioprinter applications currently coming to market or being validated in clinical trials.
Latest BioPrinter Publications
Follow Brinter research and publications.
Latest BioPrinter Publications
Follow Brinter research and publications.
16th Annual Personalized Medicine Conference
Thank you everybody who visited our booth!! [...]
Brinter on UK Tour with HealthTurku Expertise Community
Brinter, together with a business delegation of 10 other [...]
Recycling of 3D Printable Thermoplastic Cellulose-Composite
https://www.mdpi.com/2071-1050/14/5/2734 Recycling of 3D Printable Thermoplastic Cellulose-Composite By Kirsi [...]
“Many pieces of the puzzle are already available and it is just a matter of time to connect them together for 3D bioprinting of the kidney. 3D bioprinting technology provides the precision and fast speed required for generating organs.”
State of the Art Bioprinter Collaboration
Built alongside globally recognized medical facilities, educational institutes, and research centers. Our partners and clients are on the bleeding edge of bio innovations. Modular technology allows for infinite future modules for new bio applications, client ideas, and improvements. Revolutionize your industry with Brinter® bioprinters.
