CE
| Item Code | Material | Weight | Wideness | Weight Limit |
|---|---|---|---|---|
| HJ-100 | Stainless Steel | 162 gr | 32 mm | 125 kg |
| HJ-200 | Stainless Steel | 128 gr | 25 mm | 100 kg |
Engineered for maximum pelvic control, this robust orthotic hip joint serves as a reliable heavy duty hip joint, providing the essential structural stability required for complex HKAFO fabrications.
Orthotic Hip Joint
Type-30: Knee Joint with Bale Lock
The Type-30 Knee Joint with Bale Lock is a robust and highly reliable orthotic knee joint designed for use in lower limb orthoses. Manufactured from high-grade Stainless Steel, this joint ensures maximum durability and structural integrity under daily stress. The "Bale Lock" mechanism provides a secure locking system that is easy to engage and disengage, offering the user both safety and functional freedom.
Knee Joint with Bale Lock: Parts OKJ120
The Knee Joint with Bale Lock: Parts OKJ120 is a comprehensive set of high-precision stainless steel components engineered for orthotic joint fabrication and long-term maintenance. These orthotic knee joint spare parts are designed to ensure consistent locking performance and structural integrity in KAFO (Knee-Ankle-Foot Orthosis) applications.
Type-20: Knee Joint w/ Bale Lock
The Type-20: Knee Joint w/ Bale Lock is a precision-engineered contoured orthotic knee joint designed for high-performance lower limb orthoses. Featuring a specialized "Straight & Contoured" architecture, this joint provides an optimized anatomical fit, ensuring superior alignment and stability within complex KAFO (Knee-Ankle-Foot Orthosis) configurations.
Type-30: Knee Joint w/ Bale Lock
The Type-30: Knee Joint w/ Bale Lock is a highly durable stainless steel orthotic joint engineered for advanced lower limb orthoses. Designed specifically for professional KAFO (Knee-Ankle-Foot Orthosis) fabrications, this heavy duty orthotic knee joint delivers maximum stance phase stability and structural reliability for patients requiring consistent weight-bearing support.
