IMPLANTS-BIOMODS™
We develop 3D bioprinted biocomposite implants, or BioMods, offering superior alternatives to human tissue repairs.
DISCLAIMER:
Brinter’s 3D biocomposite implants, or BioMods are investigational devices and are not yet approved for commercial use in any country. The described design properties and intended purpose are subject to further validation.
REVOLUTIONARY 3D BIOCOMPOSITE IMPLANT R&D AND MANUFACTURING TECHNOLOGY
PRIMARY APPLICATIONS IN SOFT TISSUE REPAIRS
“We aim to disrupt the tendon repair implant market with our 3D bioprinted biocomposite implants.” – Dr. Matthew Brovold, Chief Science Officer.
ORTHOPEDICS AND SPORTS MEDICINE
Our biocomposite implants will be the world’s first 3D bioprinted implants for orthopedics and sports medicine.
TENDON MANAGEMENT ROTATOR CUFF - ACL
Our 3D biocomposite implants will revolutionize tendon management repairs, starting with rotator cuff, achilles tendon, and ACL tears.
OTHER R&D APPLICATIONS
Our 3D biocomposite implants R&D pipeline includes i.e. breast reconstruction for post-mastectomy, cartilage repair, and b repair.
PATENTED AND PROPRIETARY
BIOCOMPOSITE IMPLANT MANUFACTURING TECH
Brinter ONE – 3D Bioprinter FOR BIOCOMPOSITE IMPLANT COMMERCIAL MANUFACTURING
A powerful modular 3D bioprinter and biocomposite implant manufacturing platform technology offering variable printing modalities and low manufacturing costs.
Brinter CORE – 3D Bioprinter FOR BIOCOMPOSITE IMPLANTS RESEARCH AND DEVELOPMENT
A compact 3D bioprinter and 3D biocomposite implant R&D platform offering variable printing modalities in a compact and modular design.
Stencils
The universal stencil/surface positioner with adapters enables you to place and center up to three well plates, petri dishes, or microscope slides on the print bed to make multiple printouts during a single print job.
Cap Sets
A set of single-use bioprinting syringes (5 mL), pistons and rotors for the Rotary Tool and Rotary Tool UV print heads. CAP sets are available in batch sizes of 5, 10 and 25 syringes, pistons & rotors.
Laminar Hood
Brinter Laminar Hood for easy access clean working. The cabinet front is completely open and obstacle free enabling efficient working. The bioprinter resides completely inside the clean air current.
Blue LED Photonic Disinfection System
The blue light-based Spectral Blue® disinfection system kills all unwanted forms of viruses and bacteria inside the Brinter® bioprinter, reducing the need for cleanrooms.
UV/Vis Light Module
UV-C germicidal LEDs of the light module emit light at 265 nm and can be used for automatic disinfection of the Petri dishes, well-plates or the entire print bed before starting the actual printing process.
Granu Tool (Coming Soon)
The printing with Granu Tool White and Granu Tool Black print heads is based on the hot extrusion of small granules of thermoplastic material or mixtures of a thermoplastic binder with powder fillers.
Temperature Controlled Print Bed Module
The temperature-controlled print bed has two heated areas (20°C up to +65°C). The cooled area is located in the middle with a temperature ranges of 20°C down to +4°C, which can be tuned from the Brinter® software.
Rotary Tool with UV Light (Coming Soon)
The Rotary Tool UV print head is based on progressive cavity technology, which guarantees extrusion of constant volume per revolution. This precision technology leads to perfect contours, fine lines, and clean start and endpoints.
Rotary Tool
The Rotary Tool print head is based on progressive cavity technology, which guarantees extrusion of constant volume per revolution. This precision technology leads to perfect contours, fine lines, and clean start and endpoints.
Visco Tool
The principle of operation in Visco Tool print head is based on the endless piston principle belonging to the group of rotating displacement pumps. The heated version comes with a heating function enabling a constant temperature from RT to +66 °C throughout the print head.
Pneuma tool heated/UV
The dispensing with Pneuma Tool print heads is based on pneumatic extrusion. The Pneuma Tool Pro version comes with a heating function enabling a constant temperature from RT to +66 °C throughout the print head.
Pneuma Tool Cooled / UV
Pneuma Tool Cooled / UV enables air-pressure controlled dispensing of bioinks with the ability to cool the material from room temperature down to +4°C. The print head is also equipped with an integrated UV/Vis LED module emitting at a wavelength of 365 nm, 405 nm or 450 nm.
Multifluidics tool
The Multifluidics Tool print head enables the triaxial printing of up to three different materials simultaneously, i.e., the core, intermediate, and outer shell, or selective mixing of multiple materials and co-extrusion, enabling numerous combinations of mixing based on the application.
a superior alternative to conventional implants
CUSTOMIZED MESH-biomods
“Our dedication invested today, improves countless lives tomorrow.” – CEO, Tom Alapaattikoski
Modular 3D Bioprinter
Brinter is a modular 3D bioprinter engineered for a wide range of materials.
Intuitive 3D Bioprinter
Novice and expert users alike can quickly setup, learn, and print in under an hour.
