2.4 Locking Reconstruction Flat Straight Plate

2.4 Locking Reconstruction Flat Straight Plate Video

2.4 Locking Reconstruction Flat Straight Plate PDF

2.4 Locking Reconstruction Flat Straight Plate Specification

Name	Picture	Item No.	Specification
2.4 Locking Reconstruction Flat Straight Plate		RP4HS8CZ	8 holes, 2.4mm, 69mm
		RP4HS10CZ	10 holes, 2.4mm, 86mm
		RP4HS12CZ	12 holes, 2.4mm, 103mm
		RP4HS14CZ	14holes, 2.4mm, 120mm
		RP4HS16CZ	16 holes, 2.4mm, 137mm
		RP4HS18CZ	18 holes, 2.4mm, 154mm
		RP4HS20CZ	20 holes, 2.4mm, 171mm

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2.4 Locking Reconstruction Flat Straight Plate : A Comprehensive Guide

The 2.4 Locking Reconstruction Flat Straight Plate is an essential tool in orthopedic surgery, especially for the reconstruction and stabilization of bone fractures. This versatile and durable implant provides both structural support and biomechanical stability, making it an invaluable choice for treating a variety of fracture types. In this comprehensive guide, we will explore the design, features, advantages, clinical applications, risks, and future market trends of the 2.4 Locking Reconstruction Flat Straight Plate, offering a complete understanding of its role in modern orthopedic procedures. This guide is particularly useful for orthopedic surgeons, medical students, and healthcare professionals working with trauma and fracture management.

What is 2.4 Locking Reconstruction Flat Straight Plate？

The 2.4 Locking Reconstruction Flat Straight Plate is a high-strength, anatomically contoured metal plate used in the fixation of fractures in long bones and other skeletal regions. The "2.4" designation refers to the size of the plate, which is compatible with screws that have a diameter of 2.4 millimeters. This plate is specifically designed to provide stable fixation in both simple and complex fractures, especially those that require anatomical realignment and long-term stabilization.

The "locking" feature of the plate refers to the specialized screws used in conjunction with it. These locking screws create a rigid fixation by engaging the plate's pre-drilled screw holes and locking into the bone. This design minimizes the risk of screw loosening, providing superior stability and mechanical support during the healing process.

The 2.4 Locking Reconstruction Flat Straight Plate is typically made from materials such as medical-grade stainless steel or titanium alloys. These materials ensure high biocompatibility, strength, and resistance to corrosion, which are essential for long-term stability and patient safety.

2.4 Locking Reconstruction Flat Straight Plate Features

Flat, Straight Design

The plate has a flat, straight shape that allows it to be applied across a wide range of fractures, from simple bone breaks to complex reconstructions. Its straightforward design ensures that it can be used in various anatomical regions.

Locking Screw Mechanism

The plate utilizes a locking screw mechanism that provides rigid fixation. The screws lock directly into the plate, preventing loosening or shifting over time, even in cases of high mechanical stress.

Pre-Drilled Holes

The plate is designed with pre-drilled screw holes that allow for precise screw placement and reduce the time spent on surgery. The screw holes accommodate locking screws at different angles for customized fixation.

Biocompatible Materials

Made from titanium or stainless steel, the plate offers excellent biocompatibility, ensuring that it integrates well with the body and reduces the risk of complications such as infection or rejection.

Durability and Strength

The materials used for the 2.4 Locking Reconstruction Flat Straight Plate ensure that it offers high tensile strength, which is crucial for the stabilization of fractures and preventing bone displacement during healing.

Versatility

The plate is used in a wide range of orthopedic applications, from fracture fixation to reconstructive surgeries. Its design allows it to be customized for different anatomical regions, making it suitable for both simple and complex fractures.

Contoured Design

Some versions of the plate feature slight anatomical contours to better match the natural curvature of the bone, which ensures a snug fit and improves the overall stability of the fixation.

2.4 Locking Reconstruction Flat Straight Plate Advantages

Superior Fixation Stability

The locking screw system provides enhanced fixation compared to traditional plates, ensuring that the screws do not loosen over time, even in cases of high-stress activity.

Minimized Risk of Malalignment

The pre-drilled holes and locking mechanism ensure precise placement of screws, which reduces the risk of malalignment and promotes proper healing of the fractured bone.

Reduced Risk of Screw Loosening

One of the key benefits of the locking mechanism is the prevention of screw loosening, a common issue with non-locking screws. This contributes to the long-term stability of the fracture site.

Faster Recovery Time

The rigid fixation provided by the 2.4 Locking Reconstruction Flat Straight Plate can lead to faster bone healing, which ultimately reduces the recovery time for patients.

Reduced Risk of Infection

Because the plate provides a stable, fixed environment, the risk of infection at the surgical site is minimized.

Furthermore, the plate's biocompatible materials reduce the likelihood of adverse reactions in the body.

Improved Functional Outcomes

By ensuring the precise alignment of fractured bones, the plate promotes better functional recovery, restoring the patient's range of motion and reducing the risk of long-term disability.

Minimized Surgical Trauma

 The plate's design allows for minimally invasive surgery, which leads to smaller incisions, less soft tissue disruption, and a lower risk of complications like infection and delayed healing.

2.4 Locking Reconstruction Flat Straight Plate Treatment of Fracture Types

Long Bone Fractures

The plate is commonly used for fractures of the femur, tibia, and humerus, where precise alignment and stabilization are essential for proper healing and functional recovery.

Comminuted Fractures:

For fractures involving multiple bone fragments, the locking plate provides the necessary support to hold the bone fragments in place, allowing for better healing.

Fractures with Displacement

In fractures where the bone is displaced, the 2.4 Locking Reconstruction Flat Straight Plate helps maintain proper alignment and prevents the bone from shifting during the healing process.

Pelvic Fractures

The plate is useful in stabilizing fractures of the pelvic bones, where anatomical precision is critical for restoring function and preventing complications like deformity or impaired mobility.

Fractures in Osteoporotic Bone

In patients with weakened bone density, such as those with osteoporosis, the locking plate system provides additional stability, as it is less prone to screw loosening and can help promote more reliable fixation.

Complex Joint Fractures

The plate can be used to stabilize fractures in joint areas, ensuring the preservation of joint function and preventing long-term complications such as arthritis or stiffness.

Risks of 2.4 Locking Reconstruction Flat Straight Plate Surgery

Infection

Despite using biocompatible materials, the risk of infection remains a concern in any surgical procedure. Proper surgical technique and post-operative care are crucial in minimizing this risk.

Nerve Injury

Given the proximity of important nerves in many regions of the body, there is a potential risk of nerve damage during the procedure. This can result in numbness, weakness, or loss of function in the affected area.

Nonunion or Malunion

In some cases, fractures may fail to heal properly (nonunion) or may heal in an incorrect position (malunion). This could require further surgical intervention.

Plate Displacement or Failure

Although rare, the plate could become displaced or fractured due to excessive stress or poor bone healing, requiring revision surgery.

Allergic Reactions

In some cases, patients may have allergic reactions to the metals used in the plate, such as titanium or stainless steel. Symptoms could include swelling, redness, or pain at the implant site.

Soft Tissue Damage

The insertion of the plate requires the manipulation of soft tissues, which can sometimes result in damage or delayed healing of muscles, tendons, or ligaments surrounding the fracture site.

2.4 Locking Reconstruction Flat Straight Plate Future Marke

Increasing Global Population

The growing global population, particularly in aging demographics, will lead to an increase in bone fractures due to age-related conditions such as osteoporosis. This, in turn, will drive demand for fracture fixation devices.

Advancements in Orthopedic Technology

Ongoing advancements in orthopedic materials and surgical techniques will continue to enhance the effectiveness of the 2.4 Locking Reconstruction Flat Straight Plate, making it an even more attractive option for surgeons.

Rising Incidence of Trauma and Accidents

As traffic accidents and sports injuries continue to be prevalent, the need for reliable and efficient fracture fixation systems will increase, supporting the demand for the 2.4 Locking Reconstruction Flat Straight Plate.

Emerging Markets

The expansion of healthcare access in emerging markets, such as in Asia and Africa, will create new opportunities for orthopedic device manufacturers, further increasing the global demand for high-quality fracture fixation implants.

Personalized and Patient-Centered Approaches

With the rise of personalized medicine, the future market for orthopedic implants may see an increase in custom-tailored devices, including locking plates, to address the specific anatomical needs of individual patients.

Summary

Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.