
The Arc Reconstruction Locking Plate is a high-precision internal fixation implant designed for complex fracture repair, offering anatomically adapted curvature and stable locking fixation.
Item No :
GOHE072MOQ :
10 PieceClassification :
Class IIIColor :
No Color/Custom ColorOrigin :
Xiamen, ChinaPayment :
T/T 50% and balance before shipmentLead Time :
Depends on the order circumstancesArc Reconstruction Locking Plate
The Arc Reconstruction Locking Plate features an anatomically contoured arc design that closely fits bone surfaces, making it ideal for reconstructing fractures in complex areas like the pelvis. Its multi-hole locking mechanism enables angular screw fixation, enhancing stability while minimizing periosteal compression to aid healing. Manufactured from biocompatible pure titanium, the plate combines strength with corrosion resistance, serving as an optimal solution in trauma orthopedic procedures.
Compatible Screws & Indications:
- Fitted Screw:3.5mm System;
- Scope of Application: Pelvis.
Specifications of Arc Reconstruction Locking Plate:
Product Code | Item | Holes | Length (mm) |
20280006 | Arc Reconstruction Locking Plate | 6 | 71 |
20280008 | 8 | 94 | |
20280010 | 10 | 116 | |
20280012 | 12 | 137 | |
20280014 | 14 | 156 |
Product Display of Arc Reconstruction Locking Plate:
FAQ:
Q1: What are the clinical advantages of the curved design?
A1: The curved structure better conforms to human anatomical contours, making it particularly suitable for complex curved fracture areas, which helps improve fixation stability and postoperative healing outcomes.
Q2: What types of screws are compatible with the product?
A2: Compatible with Φ3.5mm locking screws and Φ3.5mm cortical screws.
Q3: Are different specifications available?
A3: Multiple models and specifications are provided to meet the clinical needs of different anatomical sites and patients.
Q4: Does the product support pre-contouring or intraoperative bending?
A4: Pre-contoured curved models are available, and the plate also offers excellent malleability, allowing appropriate intraoperative bending adjustments based on the patient's specific anatomy.