The Locking Proximal Medial Tibia Plates 3.5mm Titanium 57 Pcs is a specialized orthopedic implant system designed for selected internal fixation procedures involving the proximal medial tibia. It combines multiple locking plate configurations with compatible 3.5 mm screws, providing orthopedic surgical teams with a range of fixation options for different fracture patterns, anatomical requirements, and surgical approaches.

Proximal tibial fractures can vary substantially in morphology, location, displacement, comminution, bone quality, and involvement of the tibial plateau. The medial aspect of the proximal tibia also presents important anatomical and soft-tissue considerations during surgical fixation. A selection of plate lengths can help the surgeon choose a configuration appropriate to the available bone surface and the planned fixation construct.

This system includes 4-hole, 6-hole, 8-hole, 10-hole, and 12-hole configurations, providing multiple options for plate length and fixation-point distribution. Shorter plates may be appropriate for selected fixation situations where a more compact construct is required, while longer configurations can provide additional fixation points and coverage when clinically indicated. Plate selection should be based on patient-specific anatomy, fracture characteristics, bone quality, radiographic findings, and the manufacturer’s approved indications.

The locking design is intended to accommodate compatible 3.5 mm locking screws. When properly engaged with the plate’s locking interfaces, compatible screws can establish a fixed-angle relationship between the screw and plate. This type of fixation can provide a stable construct while reducing dependence on compression between the plate and bone. The precise fixation capabilities depend on the specific plate and screw geometry and should be determined according to the manufacturer’s surgical technique.

The 3.5 mm screw specification provides a defined fixation size for the system. Screw selection and placement should take into account the patient’s bone anatomy, fracture pattern, available bone stock, and intended fixation strategy. The surgeon should verify screw length, thread compatibility, locking interface compatibility, and the appropriate trajectory before implantation.

The plates are manufactured from Titanium (TT) as specified in the product title. Titanium is widely used in orthopedic implant applications because of its favorable strength-to-weight characteristics, corrosion resistance, and established use in surgical implant systems. The exact material grade, alloy composition, mechanical properties, and surface characteristics should be confirmed against the manufacturer’s technical documentation when required for clinical or regulatory purposes.

The 57-piece configuration provides a consolidated selection of proximal medial tibia locking plates and 3.5 mm screws. A multi-component system can support orthopedic trauma departments, hospitals, surgical centers, and specialized orthopedic facilities by keeping several plate lengths and compatible fixation components available for different surgical cases. It can also assist with implant inventory organization and operative preparation.

Proximal medial tibia fixation requires careful planning because of the anatomical complexity of the region and its relationship with surrounding soft tissues. Appropriate implant positioning should be determined from preoperative imaging and intraoperative assessment. Accurate fracture reduction, plate placement, screw selection, and fixation technique remain essential to the overall surgical procedure.

Before implantation, each plate and screw should be inspected for damage, deformation, contamination, corrosion, compromised threads, or other abnormalities. Particular attention should be given to the plate’s locking interfaces and screw threads. Components should be handled using appropriate surgical technique, and only compatible plates, screws, and approved instrumentation should be used together.

Cleaning and sterilization should be performed according to the manufacturer’s validated instructions for use (IFU). Although titanium is commonly used in surgical implant systems, the term “Titanium (TT)” alone does not establish a universal sterilization cycle. Healthcare facilities should follow the manufacturer’s validated processing instructions and applicable infection-control procedures.

With 4, 6, 8, 10 and 12-hole configurations, compatible 3.5 mm screws, Titanium (TT) construction, and a 57-piece system configuration, this Locking Proximal Medial Tibia Plate System provides qualified orthopedic professionals with a versatile fixation option for selected proximal tibial fracture procedures.

Key Features

• Locking proximal medial tibia plate system designed for selected orthopedic fracture fixation applications.
• Available in 4, 6, 8, 10 and 12-hole configurations.
• Supplied with compatible 3.5 mm screws.
• Manufactured from Titanium (TT) as specified.
• Locking interfaces are designed for compatible fixed-angle screw fixation.
• Multiple plate lengths provide flexibility for different fracture patterns and fixation requirements.
• Designed for selected proximal medial tibia and orthopedic trauma procedures.
• 57-piece system provides a consolidated selection of plates and screws.
• Suitable for professional orthopedic surgical applications.
• Plate configuration supports selection according to patient anatomy and surgical requirements.
• Components should be inspected for integrity and compatibility before implantation.
• Cleaning and sterilization should follow the manufacturer’s validated instructions.
• Screw length and trajectory should be selected according to anatomy, bone stock, and surgical technique.

Product Specifications

FAQs

1. What are locking proximal medial tibia plates used for?

Locking proximal medial tibia plates are orthopedic implants used for internal fixation and stabilization of selected fractures involving the proximal medial tibia. The appropriate plate depends on the fracture pattern, anatomy, bone quality, and surgical approach.

2. What hole configurations are available?

This system includes 4-hole, 6-hole, 8-hole, 10-hole, and 12-hole plate configurations, providing multiple plate-length and fixation-point options.

3. What size screws are included?

The system is specified with 3.5 mm screws. Exact screw lengths and quantities should be confirmed against the manufacturer’s component inventory.

4. What material are these proximal tibia plates made from?

The product is specified as Titanium (TT). The exact titanium grade or alloy specification should be verified through the manufacturer’s technical documentation if required.

5. How many pieces are included in the system?

The product is specified as a 57-piece locking proximal medial tibia plate and screw system.

6. What does locking fixation mean?

Locking fixation uses compatible screws that engage with designated plate interfaces. When correctly assembled, the screw can lock into the plate and establish a fixed-angle relationship according to the implant system’s design.

7. Why are multiple plate hole configurations available?

Different hole counts provide different plate lengths and fixation-point options. This allows the surgeon to select a configuration appropriate to the patient’s anatomy and the fracture’s fixation requirements.

8. What is the advantage of a 3.5 mm screw system?

A 3.5 mm fixation system provides a defined screw diameter for compatible orthopedic plate designs. Appropriate screw selection depends on the plate system, bone anatomy, fracture pattern, and manufacturer’s recommendations.