Description
The Proximal Radius Neck Locking Plate 2.7 MM is a specially designed implant used for stabilizing proximal radius neck fractures. Its locking screw technology provides robust fixation, particularly in fractures that involve small fragments or osteoporotic bone. The anatomically contoured design of the plate eliminates the need for extensive intraoperative adjustments, ensuring quicker, more efficient surgeries.
Manufactured from high-quality titanium or stainless steel, this locking plate offers superior angular stability and long-lasting durability. The 2.7 MM screws used in the plate enable secure fixation, reducing the risks of hardware failure and promoting faster patient recovery. Its low-profile construction minimizes post-operative soft tissue irritation, improving overall patient outcomes.
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Indications
The Proximal Radius Neck Locking Plate 2.7 MM is indicated for:
- Proximal radius neck fractures, especially those with displaced fragments.
- Comminuted fractures involving the proximal radius neck.
- Osteoporotic bone conditions, where locking plate technology ensures more secure fixation.
- Complex fracture patterns that require angular stability provided by locking screws.
This plate is highly effective for cases where precise fixation of small and unstable fragments is crucial.
Features
- 2.7 MM locking screws for reliable angular stability in proximal radius neck fractures.
- Anatomically pre-contoured design to match the proximal radius neck anatomy.
- Low-profile construction for minimal interference with soft tissues and enhanced comfort.
- Available in both Titanium and Stainless Steel for optimal biocompatibility and strength.
- Multi-hole configuration for flexible fixation and tailored treatment approaches.

Size
Holes | SS | TI |
2 | 1029SS02 | 1029TI02 |
3 | 1029SS03 | 1029TI03 |
4 | 1029SS04 | 1029TI04 |
For more
- Explore our full range of trauma implants for optimal surgical outcomes.
- For more details on pricing and availability, visit our Contact Us page.
- Learn more about clavicle fractures and their treatment from the American Academy of Orthopaedic Surgeons