Axton Orthopedic Implants
1 / 5
The Humerus Multi-Lock Intramedullary Nails are specifically designed for the advanced treatment of humerus fractures, providing stable internal fixation.
| Product | REF (Titanium Alloy) | Specification (mm) |
|---|---|---|
| Humerus Multi Lock Nails | RZDG185160L/R | 8.5 * 160 L/R |
| RZDG17200L/R to RZDG17300L/R | 7.0 * 200 to 300 L/R | |
| RZDG18200L/R to RZDG18300L/R | 8.0 * 200 to 300 L/R | |
| RZDG1WM2-15 | End Cap (2, 5, 10, 15) | |
| RZDG1LD4520-60 | Locking Screw-I (4.5 × 20-60) | |
| RSZS3526-52 | Locking Screw-II (3.5 × 26-52) |
Maintains angular stability and reduces the risk of screw loosening or backing out, ensuring reliable proximal fixation.
Provides support to the humeral head, reducing the risk of varus angulation and aiding stable alignment.
4.5mm screws provide robust stability; 3.5mm screws can be used to add support for weak bone structures.
Provides more stable distal fixation, enhancing overall intramedullary nail stability during the healing process.
As a professional manufacturer, we have our own production lines and warehouses to ensure the highest quality of orthopedic implants and instruments.
With 15 years of research and development, our expertise spans across 6 main series of orthopedic products, including spinal systems, interlocking nail systems, and medical power tools.
A1: These intramedullary nails are manufactured using high-grade Titanium Alloy, ensuring biocompatibility and necessary strength for fracture fixation.
A2: We accept T/T, Western Union, Money Gram, and PayPal for your convenience.
A3: Delivery is typically handled via major international couriers including DHL, FEDEX, TNT, UPS, ARAMEX, and EMS.
A4: If items are in stock, delivery generally takes about one week. For non-stock items, the timeframe is 15-30 days depending on the order quantity.
A5: Yes, we provide a 1-year warranty. Please note that wearing parts such as drill bits and screwdrivers are excluded from this warranty.
A6: Yes, the system supports both 4.5mm and 3.5mm screws to accommodate different bone densities and clinical requirements.
