The Distal Radius Volar Locking Plate Set SS 316L are a comprehensive orthopedic trauma fixation system designed for surgical stabilization of appropriately selected fractures involving the distal radius. The system combines volar distal radius locking plates with compatible fixation screws, providing multiple plate configurations from 2 to 10 holes and variable-angle locking capability for flexible screw positioning. The 92-piece configuration provides a broad selection of implants for professional orthopedic surgical environments.
The distal radius is a complex anatomical region that forms an important part of the wrist joint. Fractures in this area can vary significantly in morphology, displacement, articular involvement, and bone quality. A purpose-designed volar locking plate provides a fixation platform along the volar aspect of the distal radius, allowing fracture fragments to be stabilized following appropriate reduction and surgical preparation.
The available 2–10 hole configurations provide multiple plate lengths and fixation capacities. Shorter plates may be selected for fracture patterns requiring a more limited fixation span, while longer configurations can provide additional coverage when clinically indicated. The appropriate plate size should be determined according to patient anatomy, fracture morphology, imaging findings, bone quality, and the surgeon’s preferred fixation strategy.
A key feature of this system is its variable-angle locking technology. Variable-angle locking holes can allow compatible locking screws to be inserted at different trajectories within the permitted angular range of the plate hole. This can provide the surgeon with greater flexibility when targeting specific fracture fragments or optimizing screw placement in the distal radial anatomy. The actual angular range and screw trajectory should always be determined according to the specific implant design and manufacturer’s surgical technique.
The plates are manufactured from SS 316L stainless steel, a surgical-grade material widely used in orthopedic implant applications. 316L stainless steel offers corrosion resistance and mechanical properties suitable for appropriately designed fracture fixation implants. Its established use in orthopedic devices makes it a recognized material for plate-and-screw fixation systems.
The supplied screws are designed to provide fixation through the compatible plate system. Variable-angle locking screws can create a stable screw-to-plate connection while allowing controlled trajectory selection within the manufacturer’s specified range. This can be particularly useful when fixation of multiple distal radial fragments is required. Screw selection, length, trajectory, and placement must be determined by the qualified orthopedic surgeon based on anatomy, imaging, fracture configuration, and the specific implant system.
The 92-piece set provides a comprehensive implant inventory for hospitals, orthopedic trauma centers, wrist surgery departments, surgical facilities, and authorized medical-device distributors. Having multiple distal radius plate sizes and compatible screws available can help support different fracture patterns and patient anatomies while allowing the surgical team to select an appropriate implant configuration.
Volar distal radius locking plates may be used in appropriate surgical management of distal radius fractures when operative fixation is clinically indicated. Depending on the fracture pattern, the procedure may involve reduction of the fracture, restoration of alignment, preparation of the fixation site, placement of the volar plate, and insertion of compatible screws. The final fixation construct should be determined by the treating surgeon according to established orthopedic principles and the manufacturer’s instructions.
Proper implant handling is essential to maintain device integrity. The SS 316L distal radius plates and screws should be stored, inspected, handled, and implanted according to the manufacturer’s instructions for use and applicable medical-device regulations. Implant components designated for single use should not be reused. Reusable surgical instruments associated with plate application should undergo validated cleaning, inspection, packaging, and sterilization procedures according to manufacturer instructions and healthcare-facility protocols.
The Distal Radius Volar Variable Angle Locking Plates (2–10 Hole) with Screws – 92 pcs (SS 316L) provide a versatile orthopedic fixation solution for appropriately selected distal radius fractures. With multiple plate configurations, variable-angle locking technology, compatible screws, and SS 316L construction, the system is designed to support professional wrist fracture fixation and upper-extremity trauma procedures.
Key Features
- Volar distal radius locking plate system for wrist fracture fixation
- Variable-angle locking technology for flexible screw trajectory
- Available in 2–10 hole plate configurations
- Supplied with compatible fixation screws
- Comprehensive 92-piece orthopedic fixation set
- Manufactured from SS 316L stainless steel
- Designed for appropriately selected distal radius fractures
- Volar plate positioning supports distal radius fracture stabilization
- Multiple plate lengths accommodate different fracture patterns and fixation spans
- Variable-angle screw placement can assist with targeted fragment fixation
- Suitable for professional orthopedic trauma and wrist surgery applications
- Intended for use by qualified orthopedic surgeons according to appropriate surgical technique
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Distal Radius Volar Variable Angle Locking Plate |
| Anatomical Region | Distal Radius |
| Plate Position | Volar |
| Plate Type | Variable Angle Locking Plate |
| Hole Configurations | 2–10 Holes |
| Screws | Compatible Fixation Screws |
| Material | SS 316L Stainless Steel |
| Total Set Quantity | 92 pcs |
| Fixation Technology | Variable-Angle Locking |
| Primary Application | Distal Radius Fracture Fixation |
| Surgical Region | Wrist / Upper Extremity |
| Product Category | Orthopedic Trauma Implants |
| Intended Users | Qualified Orthopedic Surgeons |
| Primary Purpose | Surgical Wrist Fracture Stabilization |
FAQs
1. What is a Distal Radius Volar Locking Plate used for?
A Distal Radius Volar Locking Plate is an orthopedic fixation implant designed to stabilize appropriately selected distal radius fractures. The plate is positioned on the volar aspect of the distal radius and secured with compatible screws following appropriate fracture reduction.
2. What does variable-angle locking mean?
Variable-angle locking allows compatible locking screws to be positioned at different trajectories within the permitted angular range of the plate’s locking holes. This provides the surgeon with greater flexibility when targeting fracture fragments and optimizing fixation.
3. What plate sizes are included in this distal radius system?
The system includes 2–10 hole distal radius volar locking plate configurations, providing multiple plate lengths and fixation capacities.
4. What material are the distal radius plates made from?
The plates are manufactured from SS 316L stainless steel, a surgical material widely used in orthopedic implants because of its corrosion resistance and established medical-device applications.
5. How many pieces are included in the distal radius locking plate set?
The product is specified as a 92-piece set, consisting of the available distal radius volar plates and compatible fixation screws.
6. Can variable-angle locking plates be used for all distal radius fractures?
No. Implant selection depends on fracture morphology, displacement, articular involvement, bone quality, patient anatomy, and surgical objectives. A qualified orthopedic surgeon should determine whether a specific plate configuration is appropriate.
7. Why is a volar plate used for distal radius fracture fixation?
A volar plate is positioned along the volar surface of the distal radius and provides a platform for fixation of appropriately reduced fracture fragments. The specific approach and implant configuration depend on the fracture and surgeon’s operative plan.
8. What type of screws are used with a variable-angle locking plate?
Compatible locking and fixation screws specified for the particular plate system should be used. Screw diameter, head geometry, thread design, and locking interface must match the manufacturer’s implant specifications.
9. How should SS 316L orthopedic plates and screws be sterilized?
Implantable components should be handled according to the manufacturer’s validated instructions for use. Reusable surgical instruments should be cleaned, inspected, packaged, and sterilized using validated healthcare-facility procedures consistent with manufacturer requirements.
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