The LHC-HJ-P4A-13 Polycentric Four-Axis Hip Joint is a high-performance prosthetic component engineered specifically for hip disarticulation and hemipelvectomy cases. Its advanced four-axis polycentric linkage system replicates the complex kinematics of a natural hip, providing exceptional stability during the stance phase and significant ground clearance during the swing phase. This design ensures that users can achieve a more rhythmic and energy-efficient walking pattern.

Constructed from premium Stainless Steel, this hip joint is built to withstand high dynamic loads and offers superior structural integrity for users up to 120 kg. The robust mechanical design facilitates better balance and weight distribution, reducing the strain on the upper body and residual limb. Its smooth transition and reliable locking geometry make it an ideal choice for active users seeking a secure and anatomically responsive prosthetic solution.