Locking One Third Tubular Plates 3.5mm Titanium

Locking One Third Tubular Plates 3.5mm Titanium are orthopedic fixation implants developed for fracture management and bone stabilization in appropriate surgical applications. Their tubular plate profile provides a practical fixation option for selected fractures where a low-profile plate design and compatible screw placement are required. Manufactured from titanium, these plates are intended for use in orthopedic procedures where implant strength, biocompatibility, and compatibility with an appropriate fixation system are important considerations.

Purpose and Orthopedic Applications

The primary purpose of a 3.5mm locking one third tubular plate is to support fracture fixation by providing a structure for securing bone fragments with compatible orthopedic screws. These plates may be considered for selected fractures involving long bones and smaller bone segments, depending on the fracture configuration, available bone stock, and the surgeon's treatment plan.

Potential applications include selected fibular fractures, certain malleolar fractures, and other fractures where the plate's dimensions and fixation characteristics are appropriate. The specific application depends on the patient's anatomy, fracture stability requirements, and the implant system's approved indications.

The locking mechanism is designed to engage compatible locking screws with threaded plate holes. This connection can create a fixed-angle relationship between the plate and screws, helping maintain the intended fixation construct. Actual fixation performance depends on correct implant selection, surgical technique, bone quality, and adherence to the manufacturer's instructions.

Design and Structural Features

The one third tubular configuration features a contoured plate profile intended to provide fixation while maintaining a relatively low profile compared with some broader orthopedic plates. Its shape may help accommodate selected anatomical locations where soft-tissue coverage and implant positioning are important.

The 3.5mm designation identifies the compatible screw system rather than the plate's overall thickness. Compatibility must be confirmed using the manufacturer's specifications, including the locking-hole design, screw diameter, thread configuration, and available plate dimensions.

Depending on the specific model, the plate may be available in different lengths and hole configurations to accommodate varying fixation requirements. The exact dimensions, number of holes, and anatomical suitability should be verified before ordering or clinical use.

Titanium Material and Benefits

Titanium is widely used in orthopedic implant manufacturing because of its favorable strength-to-weight characteristics, corrosion resistance, and established use in medical implant applications. A titanium fixation plate can provide a lightweight alternative to some stainless steel implants while offering the structural properties required for its intended application.

The benefits of a titanium plate depend on its alloy, manufacturing quality, surface finish, and compatibility with the associated fixation system. The exact titanium grade should be confirmed from the product documentation rather than assumed from the product title alone.

Surgical Handling and Implant Compatibility

Successful use of locking one third tubular plates requires appropriate preoperative planning, accurate plate positioning, and selection of compatible screws. Surgeons should assess the fracture pattern, bone quality, anatomical requirements, and available fixation options before choosing an implant.

Locking screws must match the plate's specified locking-hole system. Mixing components from different manufacturers or systems without confirmed compatibility may compromise fixation and should be avoided.

The plate should be handled using appropriate orthopedic instrumentation and in accordance with the manufacturer's surgical technique. Implant contouring, if permitted, must follow the manufacturer's instructions because improper bending can affect structural integrity or locking-hole function.

Sterilization, Care, and Durability

As an orthopedic implant, the plate must be supplied and used in accordance with its designated sterile or nonsterile status. Sterile implants should not be used if their packaging is damaged, opened, or otherwise compromised. Nonsterile implants require validated cleaning and sterilization according to the manufacturer's instructions and applicable healthcare protocols.

Titanium offers corrosion resistance, but implant performance still depends on appropriate storage, handling, surgical placement, and compliance with the manufacturer's guidance. These plates are intended for implantation rather than routine external instrument use. They should not be reused unless the manufacturer explicitly permits reuse under applicable regulations and validated procedures.

Key Features

• Product Type: Locking one third tubular orthopedic fixation plate.
• Plate System: Designed for a compatible 3.5mm screw system.
• Material: Titanium; exact alloy grade requires manufacturer confirmation.
• Plate Profile: Tubular configuration with a relatively low-profile design.
• Fixation Mechanism: Locking-hole design for compatible locking screws, where specified.
• Orthopedic Applications: Selected fractures requiring suitable plate-and-screw fixation.
• Anatomical Adaptability: Intended for use where plate dimensions match the treatment requirements.
• Implant Material Benefits: Titanium offers favorable strength-to-weight characteristics and corrosion resistance.
• Surgical Compatibility: Requires screws and instruments approved for the specific implant system.
• Clinical Selection: Must be based on fracture pattern, anatomy, bone quality, and surgical judgment.

Product Specifications Table

Frequently Asked Questions

1. What are 3.5mm locking one third tubular plates used for?

They are orthopedic implants designed to stabilize selected fractures using compatible screws. Their suitability depends on the fracture pattern, anatomical location, bone quality, and surgeon's treatment plan.

2. What material are locking one third tubular plates made from?

This product is identified as titanium. The precise titanium alloy or grade should be confirmed through the manufacturer's technical documentation.

3. Which screws are compatible with a 3.5mm locking one third tubular plate?

The plate requires screws specifically compatible with its locking-hole geometry and implant system. The 3.5mm designation alone does not guarantee compatibility between products from different manufacturers.

4. What is the benefit of a one third tubular plate design?

The tubular profile provides a relatively low-profile fixation option for selected anatomical locations. Its suitability depends on the required fixation strength, bone anatomy, and surgical application.

5. Are titanium locking plates better than stainless steel plates?

Neither material is universally better. Titanium offers favorable strength-to-weight characteristics and corrosion resistance, while stainless steel may provide different mechanical and economic advantages. The appropriate choice depends on the implant system, clinical requirements, and surgeon's judgment.

6. Can locking one third tubular plates be used for fibular fractures?

They may be suitable for selected fibular fractures when the plate dimensions, fixation requirements, and approved indications align with the patient's anatomy and fracture pattern. The treating surgeon must determine the appropriate implant.

7. Are titanium locking one third tubular plates supplied sterile?

Sterility depends on the specific product and packaging. Buyers should confirm the supplied implant's sterile status, packaging integrity, and handling requirements before clinical use.

8. What should buyers check before purchasing a 3.5mm titanium locking plate?

Verify the titanium grade, plate length, hole configuration, locking-screw compatibility, manufacturer documentation, regulatory status, and packaging or sterility requirements. These details help ensure that the implant matches the intended surgical application.