Chondral repair research and clinical applications

Revolutionize the research of osteoarthritis and the future treatment of cartilage lesions by designing and printing hybrid constructs combining rigid and soft materials into a single structure. Alternatively, print a complex tissue model with overhangs from soft cell-embedded hydrogel inside a supporting gelatin slurry and wash it off afterwards to reveal a perfect printout.

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bioprinting applications - RESEARCH FOR CHONDRAL REPAIRMENT

Chondral repair research and clinical applications

Revolutionize the research of osteoarthritis and the future treatment of cartilage lesions by designing and printing hybrid constructs combining rigid and soft materials into a single structure. Alternatively, print a complex tissue model with overhangs from soft cell-embedded hydrogel inside a supporting gelatin slurry and wash it off afterwards to reveal a perfect printout.

CONTACT US

PERSONALIZATION

Brinter actively develops new technologies to print cartilage or chondral lesion models. These are based on CT/MRI imaging having complex geometries and small sizes. The combination of several printing technologies enables personalized cartilage constructs with controlled shape, structural integrity, and cellular composition.

MIXING ON THE FLY

Our proprietary fluidic manipulation technology enables the control of the flow of fluids with various physicochemical properties. The multiple components of bioinks can be actively mixed or formed into flow patterns to achieve various structures, sorting, formulations or encapsulated droplets to be used in life science engineering, cosmetics, food engineering, pharmaceutical formulation, etc.

HYBRID PRINTING

The combination of hard and soft materials mimics the mechanical properties of native cartilage and bone. It is made possible by true multi-material printing with Brinter®’s hot extrusion and pneumatic print heads. Fabricate complex constructs composed of both rigid, load-bearing biomaterial supporting frames and soft hydrogels carrying cells by combining several different bioprinting techniques into a single print job.

PERSONALIZATION

Brinter actively develops new technologies to print cartilage or chondral lesion models. These are based on CT/MRI imaging having complex geometries and small sizes. The combination of several printing technologies enables personalized cartilage constructs with controlled shape, structural integrity, and cellular composition.

MIXING ON THE FLY

Our proprietary fluidic manipulation technology enables the control of the flow of fluids with various physicochemical properties. The multiple components of bioinks can be actively mixed or formed into flow patterns to achieve various structures, sorting, formulations or encapsulated droplets to be used in life science engineering, cosmetics, food engineering, pharmaceutical formulation, etc.

HYBRID PRINTING

The combination of hard and soft materials mimics the mechanical properties of native cartilage and bone. It is made possible by true multi-material printing with Brinter®’s hot extrusion and pneumatic print heads. Fabricate complex constructs composed of both rigid, load-bearing biomaterial supporting frames and soft hydrogels carrying cells by combining several different bioprinting techniques into a single print job.