The Locking Anterolateral Distal Tibia Plates SS 316L are specialized orthopedic fixation implants designed for stabilization of appropriately selected fractures involving the distal tibia. Their anterolateral anatomical configuration is intended to provide fixation along the anterior-lateral aspect of the distal tibia while compatible locking screws establish an angular-stable plate-screw construct.

Distal tibia fractures can present significant fixation challenges because of the relatively limited soft-tissue envelope around the ankle, metaphyseal anatomy, variable bone quality, and proximity to the ankle joint. A dedicated anterolateral distal tibia locking plate can provide a specialized fixation option for selected fracture patterns where an anterolateral approach and plate position are clinically appropriate.

The locking plate design uses compatible locking screws that engage threaded plate holes. Once properly seated, the locking screw and plate form an angular-stable relationship that can help maintain screw trajectory within the fixation construct. This design may be beneficial in selected distal tibial fractures requiring stable fixation around metaphyseal bone.

The plates are available in 6-, 8-, 10-, and 12-hole configurations, providing multiple options for fixation length and screw distribution. Shorter plates may be appropriate for selected fractures requiring a limited fixation span, while longer configurations can provide additional fixation points along the tibial shaft when indicated. Plate length should be selected according to fracture morphology, available bone stock, and the required fixation strategy.

The anterolateral configuration is intended to follow the relevant surface of the distal tibia while providing fixation around the distal metaphysis. Correct plate positioning is essential to obtain appropriate fracture support and maintain suitable screw trajectories. The surgeon should evaluate the distal tibial anatomy, fracture pattern, soft-tissue condition, and relationship to the ankle joint when selecting and positioning the implant.

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

The included screws provide compatible fixation components for the locking plates. Screw diameter, length, thread configuration, and head design must correspond to the plate system. Screw length and trajectory are particularly important around the distal tibia because inappropriate positioning may affect the ankle joint or surrounding anatomical structures.

The 150-piece selection provides a broad inventory of plate and screw configurations for orthopedic trauma departments, hospitals, surgical centers, and medical implant suppliers. Multiple plate lengths allow the surgical team to select a construct appropriate to the fracture characteristics and desired fixation span.

Anterolateral distal tibia locking plates may be considered for selected distal tibial metaphyseal fractures, periarticular fractures, and certain complex or unstable fracture patterns where plate fixation is clinically indicated. They should not be considered universally appropriate for all distal tibia fractures. Treatment selection should be based on radiographic evaluation, fracture classification, soft-tissue status, bone quality, patient factors, and surgeon judgment.

Accurate fracture reduction and plate placement are essential. The surgeon should use compatible drills, drill guides, depth gauges, screwdrivers, and other system-specific instrumentation according to the manufacturer’s surgical technique. Imaging should be used as appropriate to confirm fracture reduction, plate positioning, and screw placement.

The implant should be handled carefully to avoid contamination, scratching, deformation, or damage to the locking interfaces. Plate bending or modification should only be performed if specifically permitted by the manufacturer. Reusable surgical instruments should be cleaned, inspected, packaged, and sterilized according to validated healthcare-facility protocols.

With 6–12 hole configurations, anterolateral distal tibia anatomy, compatible locking screws, SS 316L construction, and a 150-piece selection, this system provides a versatile orthopedic fixation option for appropriately selected distal tibial fracture procedures.

Key Features

• Designed for distal tibia fracture fixation.
• Anterolateral anatomical plate configuration.
• Locking screw interface provides angular-stable fixation.
• Available in 6, 8, 10, and 12-hole configurations.
• Supplied with compatible fixation screws.
• Manufactured from SS 316L stainless steel.
• Multiple plate lengths support different fixation spans.
• Suitable for selected distal tibial metaphyseal and periarticular fractures.
• Designed for professional orthopedic trauma applications.
• 150-piece selection provides multiple plate and screw options.
• Supports stable fixation around the distal tibial region when properly applied.
• Requires compatible drilling and screw insertion instrumentation.

Product Specifications

FAQs

1. What are Locking Anterolateral Distal Tibia Plates used for?

They are orthopedic fixation implants designed for stabilization of appropriately selected distal tibia fractures using an anterolateral plate position and compatible locking screws.

2. What hole configurations are available?

The product includes 6-, 8-, 10-, and 12-hole configurations, providing multiple plate lengths for different fracture fixation requirements.

3. What is the purpose of the anterolateral design?

The anterolateral configuration is intended to follow the anterior-lateral region of the distal tibia and provide fixation for selected distal tibial fracture patterns.

4. What material are these plates made from?

The plates are manufactured from SS 316L stainless steel, a low-carbon stainless steel commonly used in medical and orthopedic implant applications.

5. Are screws included with the plates?

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

6. What is the advantage of a locking distal tibia plate?

Locking screws engage threaded plate holes to create an angular-stable connection. This can help provide stable fixation in appropriately selected distal tibial fractures, particularly where metaphyseal bone or complex fracture patterns are involved.

7. What fractures can these plates be used for?

They may be considered for selected distal tibial metaphyseal, periarticular, displaced, or unstable fractures requiring operative fixation. The exact indication depends on fracture morphology, soft-tissue condition, bone quality, and surgeon assessment.

8. Why is distal tibia plating challenging?

The distal tibia has a relatively limited soft-tissue envelope and is close to the ankle joint. Accurate plate placement and screw trajectory are therefore important to reduce the risk of inappropriate anatomical penetration.