• High flexion design
• Optimized patellofemoral articular design
• Almost custom-made component size, 2mm increments in A/P
• Proportional posterior condyles allow for greater contact area in deep flexion
• Mirror polished surface reduces wear and debris post-operatively
• Soften intercondylar notch reduces post wear in flexion
• Cam extension provides increase resistance to dislocation in deep flexion
• All femoral condyle match with tibial tray perfectly, close to customization

• Narrowed cruciate fins preserve more bone stock
• High polished surface minimizes back wear of bearing
• Almost custom-made sizes

• Design for high flexion
• Allows for proper axial rotation and hyperextension of knee
• Interchangeable for femoral components of all sizes
• 1:1 tibial/femoral coronal congruency increases contact area in high flexion and axial rotation
• Patellar tendon relief facilitates increased range of motion, protecting patellar tendon in deep flexion
• Rounded post geometry minimizes forces on the post due to rotation of the femur

1. Rounded Sagittal Profile: Allows for greater range of motion and may be more forgiving to the retinaculum by not over tensioning the soft tissues.

2. Deeper Swept-back Trochlear Groove: Designed to resist patella crepitus and clunk, providing better patellar performance.

3. Extended Trochlear Groove: Lengthened to support the patella in deep flexion and provide more support of the quadriceps tendon.

4. Wider Proximal Trochlear Groove: Reduces constraining forces in extension and provides excellent patellar tracking regardless of the patient's Q-angle.

We are engaged in the design, development, and production of spherical metal powder and metal 3D printing parts, widely used in additive manufacturing and medical fields.