+/- 10° Inv/Eversion
Multi-Axial
CE
ISO 22675
Lightweight
Waterproof
Highlights
- High Energy Return: Totally carbon fiber body.
- Screw-less Design: 3D-Printed connection.
- Shock Absorption: Inner carbon plate system.
- Durability: Titanium pyramid structure.
The Supreme Foot is engineered with a comprehensive carbon fiber architecture to ensure high energy return and a smooth gait cycle. Its innovative design incorporates an additional inner carbon plate that effectively absorbs surplus energy, enhancing user comfort and extending the product’s lifespan. The integrated Titanium pyramid offers exceptional durability against pressure while maintaining a lightweight profile.
Technological Architecture
3D-Printed Rings (Patent Pending)
This cutting-edge technology facilitates a “screw-less” connection of carbon plates at the toe section. By eliminating rigid fixation points, it provides a significantly smoother feeling and a natural transition during the gait cycle.
Dynamic Shock Absorption
The “Supreme” design utilizes an auxiliary inner carbon plate to manage impact forces. This structure absorbs excess energy during the stance phase, reducing fatigue and protecting the residual limb from impact shock.
Stiffness Selection Guide
| Patient Weight | Category |
|---|---|
| 65 – 75 kg | CAT-1 |
| 75 – 85 kg | CAT-2 |
| 85 – 95 kg | CAT-3 |
| 95 – 105 kg | CAT-4 |
| 105 – 120 kg | CAT-5 |
Technical Specifications
| Size Range | 24 to 28 cm |
| Activity Level | K3 – K4 |
| Max User Weight | 120 Kg |
| Build Height | ~150 mm |
| Product Weight | ~480 g |
| Connection | Titanium Male Pyramid |
| Foot Shell Color | Beige & Brown |
Performance Verification
Rigorous Lab Testing:
This footage demonstrates the dynamic performance and structural integrity.
- High energy return analysis
- Stress distribution on 3D rings
- Fatigue resistance cycles
The Foot Shell - Low Height is a precision-molded prosthetic foot shell designed for specialized configurations where a reduced vertical profile is essential for optimal alignment. As a high-durability low profile foot shell, this component provides a natural cosmetic finish while offering a 15 mm height reduction compared to standard models, ensuring better clearance for specific prosthetic builds.
