Locking Distal Femur Plate 4.5/5.0mm
This Locking Distal Femur Plate is fabricated for the stable fixation of complex distal femur fractures, including osteoporotic and comminuted cases. Made with anatomically contoured profiles, the plate ensures an optimal fit to the distal femur, minimizing soft tissue irritation and reducing the need for intraoperative bending. Its locking screw technology provides angular stability, promoting reliable fixation even in compromised bone quality. The combination of dynamic compression slots and multiple locking options allows surgeons to address varied fracture patterns with precision. Manufactured from high-grade, biocompatible titanium and stainless steel, this distal femur locking plate supports consistent clinical outcomes while adhering to stringent international quality standards.
Siora Srugicals Pvt. Ltd. fabricates distal femur locking plates in different structural configurations and sizes, suitable for various fracture patterns and patient anatomies.
Designed for reliable fixation of distal femur fractures, this plate combines anatomical contouring with a robust locking mechanism. It supports stable fixation in both simple and complex fracture patterns, ensuring proper alignment while reducing soft tissue disruption. Suitable for use in osteoporotic bone conditions.
| Cat No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 853.215 – 853.223 | 5 – 13 (Left) | Ti.853.215 – Ti.853.223 |
| 853.205 – 853.213 | 5 – 13 (Right) | Ti.853.205 – Ti.853.213 |
This lateral locking distal femur plate is shaped to match the outer contour of the distal femur, offering strong lateral column support. Its locking screw system enhances fixation strength, especially in comminuted fractures. The design allows surgeons to achieve accurate placement with minimal intraoperative adjustments.
| Cat No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 889.005 – 889.013 | 5 – 13 (Left) | Ti.889.005 – Ti.889.013 |
| 889.105 – 889.113 | 5 – 13 (Right) | Ti.889.105 – Ti.889.113 |
Specifically designed for anteromedial application, this plate supports fixation in challenging fracture patterns involving the medial column. Its contoured structure ensures a close fit, while the locking mechanism provides dependable stability, making it suitable for both primary fixation and revision procedures.
| Cat No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 859.215 – 859.221 | 5 – 11 (Left) | Ti.859.215 – Ti.859.221 |
| 859.205 – 859.211 | 5 – 11 (Right) | Ti.859.205 – Ti.859.211 |
An anatomically contoured plate for distal femoral osteotomies, compatible with 4.5mm and 5.0mm screws. It provides angular stability, precise alignment correction, and durable fixation during bone healing.
| Cat. No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 899.004 – 899.006 | 4 – 6 (Left) | Ti.899.004 – Ti.899.006 |
| 899.104 – 899.106 | 4 – 6 (Right) | Ti.899.104 – Ti.899.106 |
Engineered for surgical flexibility, this plate allows variable angle screw placement to better address complex fracture anatomies. It helps achieve targeted fixation while maintaining angular stability. Ideal for cases requiring customized screw trajectories without compromising construct strength.
| Cat No. (Stainless Steel) | Holes | Cat No. (Titanium) |
| 890.105 – 890.113 | 5 – 13 (Left) | Ti.890.105 – Ti.890.113 |
| 890.005 – 890.013 | 5 – 13 (Right) | Ti.890.005 – Ti.890.013 |
Pre-shaped to match the distal femur’s natural anatomy, the plate ensures a precise fit, reducing intraoperative adjustments and minimizing soft tissue irritation.
Threaded locking holes allow screws to lock into the plate, creating a fixed-angle construct that enhances stability, especially in osteoporotic bone.
Threaded locking holes allow screws to lock into the plate, creating a fixed-angle construct that enhances stability, especially in osteoporotic bone.
Designed to support minimally invasive techniques, preserving blood supply and promoting faster biological healing.
Manufactured from medical-grade stainless steel or titanium, offering durability, corrosion resistance, and compatibility with the human body.
The plate design evenly distributes mechanical stress across the fracture site, reducing the risk of implant failure and supporting long-term fixation success.
Ideal for multi-fragmentary fractures where stable fixation is challenging, allowing controlled alignment and secure fragment stabilization.
Recommended for patients with poor bone quality, as the locking mechanism provides reliable fixation without relying solely on bone purchase.
Suitable for fractures extending into the joint surface, enabling precise reconstruction and maintenance of articular congruity.
Effective in managing fractures occurring around knee prostheses, where conventional fixation options may be limited.
Used in corrective surgeries to realign improperly healed fractures or to stabilize non-healing fracture sites.
Designed to address both extra-articular and intra-articular fracture patterns in the distal femur region with enhanced stability.
A distal femur locking plate is an orthopedic implant used to treat fractures in the lower part of the femur, just above the knee joint. It is commonly used in distal femur fractures, especially in complex, comminuted, or osteoporotic cases where stable fixation is required.
The best manufacturer is one that provides consistent quality, international certifications, and a reliable global supply. Distributors usually prefer suppliers with ISO and CE certifications along with proven export experience in multiple countries.
The price depends on material, quantity, and design. Stainless steel plates are more cost-effective, while titanium plates are priced higher. Bulk orders usually come with better pricing and distributor margins. Contact us for more details.
Locking plates provide angular stability and do not rely on bone compression for fixation. This makes them more effective in osteoporotic bone and complex fractures, reducing the risk of implant failure.
Yes, OEM and private labeling services are available. Distributors can sell the products under their own brand with customized packaging and labeling.
You should check certifications, request product samples, review manufacturing processes, and confirm export experience. Reliable suppliers provide transparent documentation and support.
Yes, LCP distal femur plates are highly suitable for osteoporotic bone because locking screws provide stable fixation without depending on bone density.
Anatomically contoured plates fit better to the bone, reduce soft tissue irritation, and improve surgical outcomes. The plates are available specific to the left and right femur bones.
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