TMJ prosthesis

*Exclusive device for commercialization in Colombia.

Medical grade titanium devices designed and manufactured to fit each individual. Personalized solutions for patients who need a TMJ prosthesis due to bone, trauma, tumors or congenital diseases.

Temporomandibular joint solutions

Customized TMJ prosthesis

Our technology offered better results to manufacture custom-made TMJ prosthesis from a CT scan. The design department along with the surgeon create the design of the prosthesis, which fully adapts to the needs of the patient. They can be unilateral or bilateral. They are indicated for disorders of the temporomandibular joint, ankylosis, tumors, trauma, congenital diseases, among others.

Advantages of the Osteophoenix TMJ Prosthesis:

  • Includes the biomodel and the surgical guides for osteotomies and positioning of the plates, as required.
  • It integrates seamlessly with the tissue.
  • The condylar plate is titanium sintered, designed and manufactured to measure 2.5 mm. Mirror-finish of the condylar component for contact with the part of the glenoid cavity.
  • The glenoid cavity component is made of sintered titanium and ultra high molecular weight polyethylene ASTM F648. Both designed and manufactured to suit the anatomy of the patient. The titanium part facilitates the osseointegration and has more stable fixation and the polyethylene part to contact the condyle.
  • Technical support for the implant design. We have a team who will design along with the specialist the device to obtain the best results.


Biomodels are anatomical models derived from a tomographic image of the patient, which allows to obtain a 3D image of the patient's initial situation. Biomodels help the surgeon to prepare the treatment, which would otherwise be more complicated or require more effort and time. Some advantages include convincing the patient to carry out the treatment and precise planning of the surgical procedure. Biomodels can be helpful in planning incisions and osteotomies. In addition, biomodels are clinically proven to reduce surgery times and therefore the patient exposure to anesthesia and blood loss.