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We manufacture locking femur plates in different configurations and sizes to accommodate various fracture patterns and patient anatomies.
Engineered for complex fractures around the proximal femur, this locking periarticular plate offers anatomical contouring for a precise fit. Multiple locking options provide stable fixation in osteoporotic bone. Its low-profile design minimizes soft tissue irritation while supporting early mobilization and reliable fracture healing outcomes.
| Cat No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 878.005 – 878.013 | 5 – 13 (Left) | Ti.878.005 – Ti.878.013 |
| 878.105 – 878.113 | 5 – 13 (Right) | Ti.878.105 – Ti.878.113 |
This locking proximal femur plate is designed to manage various proximal femoral fractures with enhanced stability. It features angular stability through locking screw technology and an anatomically contoured profile. Ideal for osteoporotic bones, it ensures secure fixation, promotes healing, and allows surgeons better intraoperative flexibility and control.
| Cat No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 870.103 – 870.111 | 3 – 11 (Left) | Ti.870.103 – Ti.870.111 |
| 870.133 – 870.140 | 3 – 11 (Right) | Ti.870.133 – Ti.870.140 |
Combining locking screw fixation with cable cerclage support, this plate is ideal for complex and periprosthetic fractures. It provides enhanced stability in compromised bone conditions. The system allows secure fixation around implants, ensuring balanced load distribution, reduced micromotion, and improved healing in challenging proximal femur fracture cases.
| Cat No. (Titanium) | Angle | Holes |
| Ti.898.002 – Ti.898.014 | Left | 2 – 14 |
| Ti.898.102 – Ti.898.114 | Right | 2 – 14 |
Designed to supplement PFN and TFN fixation, this locking support plate enhances lateral wall stability, improves fracture fixation strength, and helps maintain reduction in complex trochanteric femur fractures.
| Cat. No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 874.002 – 874.003 | 2 – 3 | Ti.874.002 – Ti.874.003 |
A robust fixation plate designed for proximal femoral fractures. The 135° long-barrel configuration provides controlled sliding, enhanced stability, and secure fixation when used with dynamic hip screw systems.
| Cat. No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 166.303 – 166.310 | 3 – 20 | Ti.166.303 – Ti.166.320 |
Engineered to augment DHS constructs, this locking plate supports unstable trochanteric fractures by preventing lateral wall collapse, improving fixation stability, and promoting reliable fracture healing outcomes.
| Cat. No. (Stainless Steel) | Cat No. (Titanium) |
| 876.001 | Ti.876.001 |
Pre-shaped to match the natural curvature of the proximal femur, minimizing intraoperative bending and ensuring a better fit.
Locking screw technology creates a fixed-angle construct, enhancing stability, especially in osteoporotic or comminuted fractures.
Strategically placed holes enable versatile screw placement for secure fixation across various fracture patterns.
Manufactured from medical-grade stainless steel or titanium for durability, corrosion resistance, and long-term safety.
Designed to support less invasive surgical techniques, helping reduce soft tissue damage and operative time.
Evenly distributes mechanical stress across the implant, lowering the risk of implant failure and supporting early mobilization.
Ideal for stabilizing fractures occurring between the greater and lesser trochanter, ensuring secure fixation and early mobilization.
Provides strong support in high-stress regions just below the lesser trochanter, where fracture healing can be challenging.
Recommended for patients with reduced bone density, where the locking mechanism enhances fixation strength and prevents screw loosening.
Effective in multi-fragmentary fractures by maintaining alignment and offering angular stability.
Used in fractures caused by underlying conditions like tumors, where additional implant stability is crucial.
Locking plates offer:
These benefits make them preferred in modern orthopedic trauma management.
High-quality proximal femur plates are typically manufactured using:
These materials ensure biocompatibility, corrosion resistance, and high strength.
Yes, locking plate technology is highly effective in osteoporotic bones due to angular stability and reduced dependence on bone quality.
A high-quality system typically features precise machining, accurate locking threads, anatomical contouring, and strong fatigue resistance. International buyers also look for proper certifications and consistent product quality across batches.
Yes, we provide OEM and private labeling services for distributors and importers. This allows businesses to sell products under their own brand while maintaining international quality standards.
The best manufacturer is one that offers international certifications, consistent quality, and reliable supply. Distributors usually prefer suppliers that provide ISO- and CE-certified products, competitive pricing, and experience with global exports.
We offer sterile and non-sterile packaging. Our packaging and labeling processes are carried out in ISO Class 7 cleanroom facilities, adhering to ISO 14644 standards to maintain product integrity and meet global regulatory requirements.
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