Mechanical veterinary prosthesis ITAP

ITAP endo-exo prostheses are custom-designed for patients undergoing partial limb amputation. The system ensures a stable connection between the implant and soft tissues, allowing secure integration of external prosthetic limbs. Each ITAP solution is developed using 3D modeling based on CT data and manufactured in porous titanium to enhance both tissue and bone integration. Ideal for active or young patients requiring a highly functional and personalized solution. - Stable and integrated soft-tissue interface - Custom 3D printing tailored to anatomy and load requirements - Improved prosthetic control compared to conventional systems - A definitive alternative to traditional amputation Discover our custom ITAP prostheses, engineered for secure tissue integration and superior prosthetic control. Designed with porous titanium and 3D modeling from CT data, they offer a definitive, personalized alternative to traditional amputations. Case Examples: - Implant inserted into radius and ulna: Partial limb prosthesis with custom stem extending into both radius and ulna. Designed to ensure long-term stability and optimal axial alignment. - Implant fixed to calcaneus with locking screws: Custom ITAP anchored directly to the calcaneus with locking screws after metatarsal-level amputation. Ideal for distal hindlimb applications without intramedullary support. - Implant inserted into tibia: Custom titanium stem designed for intramedullary insertion into the tibia. Provides mechanical integration and support for external prosthesis attachment. - Implant inserted into radius and fixed with locking screws: Endo-exo prosthetic solution for forelimb amputation. The implant enters the radius and is further stabilized with proximal locking screws. Technical Specifications / Features: - Custom 3D-printed design based on patient CT data - Material: Porous titanium for enhanced tissue and bone integration - Stable soft-tissue interface - Secure connection for external prosthetic limbs - Suitable for partial limb amputations - Personalized for anatomy and load requirements - Improved prosthetic control over conventional systems - Alternative to traditional amputation