Constrained Prosthesis Design

Patient-specific 3D-customized total hip prosthesis design for complex anatomical cases. Addresses individual anatomical variations for improved surgical outcomes.

Revision knee prosthesis system featuring widened posterior hook design for rotational and flexion stability with metal blocks addressing bone deficiency.

Uncemented hip prosthesis with modular straight stem design for primary and revision hip arthroplasty. Provides secure fixation without bone cement.

Design aligned with anatomy • optimized anatomical profile • fit to a wide range of anatomies • facilitated anatomical reduction Multiple plate options • 4 types of plates are offered: - proximal plates with two epiphyseal sizes - trochanteric plates with two epiphyseal sizes • left and right plates • different lengths Transverse holes • for cerclage wiring Hooks in epiphyseal part • additional implant and bone fragments stabilization Reinforced plate profile • increased thickness • dedicated for periprosthetic fractures Chamfered plate borders • minimized soft-tissue irritation • improved stress distribution Beveled tip • easy percutaneous insertion Anatomically directed screws • pre-defined direction for stable bone immobilization around the prosthesis stem • collision-free insertion Locking hole design • the screws heads do not protrude above the surface of the plate what significantly reduces tissue irritation • increased strength of the screw-to-plate threaded connection K-wire holes • facilitated plate positioning over the prosthesis • provisional plate positioning Multiple screw options • non-locking and locking screw gives multiple configuration for individual cases • each locking hole accepts all types of screws

A condylar resurfacing femoral prosthesis designed for knee replacement surgery using the PS (posterior-stabilized) design. This prosthesis provides additional stability when the posterior cruciate ligament is compromised.

A condylar resurfacing femoral prosthesis designed for knee replacement surgery using the CR (cruciate-retaining) design. This prosthesis preserves the posterior cruciate ligament during knee reconstruction.

Posterior-stabilized knee implant design providing enhanced anteroposterior stability through mechanical constraint. Suitable for primary and revision total knee replacement procedures.

Specialized revision knee system with widened posterior hook tibial platform design for enhanced rotational and flexion stability. Includes various metal blocks for addressing diverse bone deficiency scenarios.

Prosthetic devices designed to restore limb function and mobility for patients with limb loss or congenital limb differences. These devices integrate advanced materials and ergonomic design to enable natural movement and improve quality of life. Suitable for post-amputation rehabilitation and long-term prosthetic management across all activity levels.

Hip prosthesis system designed for total hip arthroplasty with anatomical design to minimize bone loss and promote rapid patient recovery. Provides secure fixation and long-term stability for end-stage hip joint disease treatment.

Prosthetic solutions for limb replacement and functional restoration. Manufactured in-house with quality control and ergonomic design considerations.

A patient-specific temporomandibular joint (TMJ) prosthesis indicated for reconstructive surgeries and treatment of TMJ pathologies requiring total replacement, including severe degenerative disease, facial trauma, and deformities. Developed with biomechanical design according to each patient's anatomy and supplied with virtual surgical planning, it reduces surgery time and procedural risks. The condylar fossa features lateral stops preventing luxation, and the mandibular ramus is fabricated in titanium alloy as a single piece, mimicking the biological condyle to ensure better biomechanical load distribution and accelerated bone consolidation.