3D-Printed Reconstruction – Biosurgex
Custom Solutions
Fully customized implants for orthopedic, neuro, or maxillofacial surgery. Each case is approached individually starting from CT imaging. The anatomical model allows personalized surgical planning and the design of patient-specific implants and instruments. Implant and guide development is carried out in collaboration with the referring veterinary surgeon.
Tailored solutions for orthopedics, neurosurgery, and maxillofacial applications
Implants adapted to the patient’s anatomy rather than the opposite
Safer and easier surgical procedures
Femoral condyle reconstruction
Custom titanium implant for medial femoral condyle reconstruction in a large breed dog. The implant was shaped to replicate the anatomy of the contralateral condyle and ensure proper joint congruency.
Total hip replacement with custom implant
Full hip joint replacement using a patient-specific implant based on CT data. The custom system included acetabular component, femoral stem, and prosthetic head.
Segmental reconstruction of the radius and ulna
Complex antebrachial defect treated with a custom plate and porous titanium spacer to restore continuity and function after multiple failed surgeries.
Maxillofacial reconstruction
Right mandibular reconstruction with a custom implant following tumor resection. The design includes porous interfaces and was secured with locking screws.
Knee condyle reconstruction
Bilateral femoral condyle replacement followed by reconstruction of the right tibial condyle. The surgery was assisted by custom 3D-printed cutting guides.
Elbow joint replacement
Joint-preserving elbow reconstruction using a custom implant designed to restore biomechanical function and stability. The procedure involved humeral osteotomy, ulnar resection with a custom guide, and complete joint reconstruction.
biosurgex
Looking for patient-specific implants in complex surgical cases?
Explore our fully customized solutions for orthopedic, neuro, and maxillofacial surgery. From CT-based anatomical modeling to surgeon-guided design, we create implants and instruments tailored to each case, enhancing precision and surgical outcomes.