Together we can transform dentistry
Invibio is here to help you every step of the way through your design and manufacture process in this highly regulated environment.
From applications like healing caps and abutments to dental implants and CAD/CAM prosthetics, our metal-replacement solutions are proven to improve patient quality of life.
Meeting the needs of medical device companies, surgeons and patients
Invibio is committed to developing solutions that can bring significant advantages for patients and surgeons. We are more than a biomaterials provider; we are a partner that can add value to all stages of a medical device product lifecycle.
Identifying New Opportunities
Utilizing multiple approaches to gain insight into patient and clinician challenges and health economic impact.
Developing Materials and Components
Developing materials, components or devices that address key challenges focusing on improved outcomes at reduced costs.
Collaborating with universities and our partners to determine performance criteria and address risks.
Supporting Regulatory Processes
Partnering to identify regulatory pathways in support of fast tracking clearance.
Expediting Market Adoption
Generating clinical evidence and collaborating with KOLs to drive market adoption; offering our partners technical, marketing and sales support.
See what leading dental healthcare professionals are saying about our biomaterial solutions
Dr Carlos Moura Guedes
MALO CLINIC, Portugal
Dr Bernd Siewert
Clinical Somosaguas, Spain
Dr Isabela Turek
Prof. Paul Tipton
T Clinic, UK
The high-performance polymers called PEEK and PEKK have exciting potential in dentistry as a metal alternative for removable and implant prosthetic frameworks.” Professor Paul Tipton
PEEK-OPTIMA™ polymer blends proven performance with superior wear, safety and comfort. Since Invibio introduced PEEK-OPTIMA as the first implantable PEEK polymer in 1999, it has earned the confidence and gained the acceptance of the global medical community.
The properties of PEEK-OPTIMA™ Natural, used in the JUVORA™ disc device, are closer to bone than metal, so there is more flex.1
Because of its natural flexibility, the polymer allows a more uniform stress transfer to the underlying area of bone, which: