The Variable Angle Distal Radius Volar Plates SS 316L 79 pcs are orthopedic fixation plates designed for surgical stabilization of appropriately selected distal radius fractures through a volar approach. The system combines a volar plate configuration with variable-angle locking technology, allowing compatible locking screws to be positioned at different permitted trajectories while maintaining engagement with the threaded plate holes.

Distal radius fractures are among the most frequently encountered upper-extremity fractures, and fixation requirements vary according to fracture morphology, displacement, articular involvement, bone quality, and patient anatomy. A variable-angle volar locking plate can provide a flexible fixation option when screw trajectory needs to be adjusted to optimize fixation of fracture fragments while accommodating anatomical considerations.

The variable-angle locking mechanism allows compatible screws to be inserted within a defined range of permitted angles rather than requiring every screw to follow one predetermined axis. This can give the surgeon greater flexibility during fixation, particularly when targeting specific fracture fragments or optimizing available bone purchase. The permitted angular range and compatible screw specifications must always be confirmed according to the applicable manufacturer’s technical documentation.

The plates are available in 2-, 3-, 4-, and 5-hole configurations, providing multiple options for plate length and fixation span. Different plate configurations allow the surgical team to select a construct appropriate to the fracture pattern, patient anatomy, and desired fixation strategy. Correct plate selection and positioning should be based on preoperative imaging, intraoperative assessment, and the surgeon’s clinical judgment.

The system includes left and right anatomical versions, allowing selection according to the affected wrist. Anatomically appropriate laterality can support correct plate positioning and help accommodate the contour of the distal radius. The surgeon should verify the plate orientation and fit before final fixation.

Manufactured from SS 316L stainless steel, the plates provide material characteristics commonly used in orthopedic implant applications, including corrosion resistance and mechanical durability. SS 316L is a low-carbon stainless steel frequently used for medical devices where material reliability and corrosion resistance are important. The exact implant-grade material specification, mechanical properties, dimensions, and surface finish should be confirmed through the manufacturer’s documentation.

The product includes compatible screws, providing a practical plate-and-screw selection for orthopedic surgical inventory. Screw diameter, length, thread configuration, and head design must correspond with the plate’s locking interface. Variable-angle screws should be inserted only within the permitted trajectory range to maintain the intended locking mechanism.

The 79-piece selection offers multiple plate and screw configurations for hospitals, orthopedic trauma centers, wrist surgery units, and medical implant suppliers. A broad selection of plate sizes and laterality can help facilities maintain appropriate implant options for different distal radius fracture presentations.

Volar locking plate systems may be considered for appropriately selected fractures involving the distal radius, including certain displaced, unstable, metaphyseal, and periarticular fracture patterns. The specific indication depends on the fracture configuration, soft-tissue condition, bone quality, patient factors, and the surgeon’s treatment plan. The implant should not be considered universally appropriate for all distal radius fractures.

Accurate plate placement and screw trajectory are important for safe fixation. Compatible drilling guides, drills, screwdrivers, and other system-specific instrumentation should be used according to the manufacturer’s surgical technique. Improper plate positioning, inappropriate screw length, excessive screw angulation, or incompatible components may compromise fixation or create unwanted contact with surrounding structures.

All implants should be handled carefully to prevent contamination, scratching, bending, or other damage. Sterility and packaging requirements depend on the product configuration and manufacturer labeling. Reusable instruments should be cleaned, inspected, packaged, and sterilized according to validated healthcare-facility protocols.

With variable-angle locking technology, 2–5 hole options, left and right configurations, compatible screws, and SS 316L construction, this 79-piece distal radius volar plating selection provides a versatile orthopedic fixation solution for appropriately selected distal radius fracture procedures.

Key Features

• Designed for distal radius fracture fixation.
• Volar plate configuration for palmar-side distal radius applications.
• Variable-angle locking technology for flexible compatible screw trajectories.
• Available in 2-, 3-, 4-, and 5-hole configurations.
• Supplied in left and right anatomical versions.
• Includes compatible fixation screws.
• Manufactured from SS 316L stainless steel.
• Supports angular-stable fixation when used with compatible locking screws.
• Variable screw positioning can assist fixation of selected fracture fragments.
• Supplied as a 79-piece selection.
• Suitable for professional orthopedic trauma and wrist surgery applications.
• Requires compatible variable-angle drilling and screw insertion instrumentation.

Product Specifications

FAQs

1. What are Variable Angle Distal Radius Volar Plates used for?

Variable Angle Distal Radius Volar Plates are orthopedic implants designed to stabilize appropriately selected distal radius fractures using a volar fixation approach and compatible variable-angle locking screws.

2. What does variable-angle locking mean?

Variable-angle locking allows compatible screws to be inserted at different permitted trajectories while maintaining a locking connection between the screw head and threaded plate hole. This can provide greater flexibility in fracture fixation.

3. What hole configurations are included?

The product includes 2-, 3-, 4-, and 5-hole configurations, providing multiple options for plate length and fixation requirements.

4. Are left and right plates included?

Yes. The selection includes left and right anatomical configurations, allowing the appropriate plate to be chosen according to the affected wrist.

5. Are screws included with the plates?

Yes. The product description specifies that screws are included. Exact screw quantities, lengths, and dimensions should be verified against the manufacturer’s detailed set configuration.

6. What material are these volar plates made from?

The plates are manufactured from SS 316L stainless steel, a low-carbon stainless steel commonly used in medical and orthopedic applications because of its corrosion resistance and mechanical durability.

7. What is the advantage of a variable-angle volar plate?

Variable-angle locking provides flexibility in screw trajectory. This can allow the surgeon to optimize screw placement for available bone and selected fracture fragments while maintaining a locking fixation relationship.

8. What types of distal radius fractures can these plates be used for?

They may be used for appropriately selected distal radius fractures where volar plate fixation is indicated, including certain unstable, displaced, metaphyseal, and periarticular fracture patterns. Final implant selection depends on clinical and radiographic assessment.

9. Can any locking screw be used with these plates?

No. Only screws specifically compatible with the plate’s variable-angle locking interface should be used. Screw diameter, head design, thread characteristics, and permitted trajectory must be confirmed before surgery.