2.4 Locking Reconstruction Anatomical Plate

2.4 Locking Reconstruction Anatomical Plate Video

2.4 Locking Reconstruction Anatomical Plate PDF

2.4 Locking Reconstruction Anatomical Plate Specification

Name	Picture	Item No.	Specification
2.4 Locking Reconstruction Anatomical Plate		RP4HSJXL	Small, Left
		RP4HSJXR	Small, Right
		RP4HSJZL	Medium, Left
		RP4HSJZR	Medium, Right
		RP4HSJDL	Large, Left
		RP4HSJDR	Large, Right

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1. Ask Xc Medico Team For 2.4 Locking Reconstruction Anatomical Plate Product Catalog.

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2.4 Locking Reconstruction Anatomical Plate : A Comprehensive Guide

Orthopedic implants play a critical role in the treatment of fractures, especially in complex cases where traditional plates and screws may not provide sufficient stability. The 2.4 Locking Reconstruction Anatomical Plate is one such specialized device designed to support bone healing in challenging fracture situations. In this comprehensive guide, we will explore its features, advantages, uses, and potential risks, helping both medical professionals and patients understand its significance in modern orthopedic surgery.

What is 2.4 Locking Reconstruction Anatomical Plate？

The 2.4 Locking Reconstruction Anatomical Plate is a high-quality orthopedic implant designed to provide strong fixation for fractured bones, particularly in complex or non-ideal anatomical locations. Constructed from biocompatible materials, such as titanium or stainless steel, this plate features a series of locking screw holes that ensure a secure attachment to the bone. The "2.4" designation refers to the diameter of the screws (2.4mm) that are used in the device, ensuring precision and stability in the fixation.

Unlike traditional plates, which rely on compression between the bone and the plate, the locking mechanism in this system offers an additional level of stability by allowing screws to lock directly into the plate, preventing screw back-out and offering better fixation in osteoporotic or fractured bone.

2.4 Locking Reconstruction Anatomical Plate Features

Anatomical Shape

The plate is specifically designed to conform to the natural contours of the bone, improving contact area and providing more stable fixation.

Locking Mechanism

The screws lock into the plate, offering more resistance against forces that might cause loosening or failure, especially in challenging cases such as osteoporosis.

Multiple Screw Holes

The plate includes multiple screw holes, which allow for varied screw placement depending on the fracture type and bone structure.

High Biocompatibility

Materials like titanium ensure minimal rejection and promote faster healing.

Reduced Risk of Infection

Smooth surfaces and minimal exposure of the implant reduce the risk of bacterial colonization and infection.

2.4 Locking Reconstruction Anatomical Plate Advantages

Improved Stability

The locking mechanism provides superior stability, making it ideal for fragile bone structures and fractures that require long-term fixation.

Reduced Surgical Intervention

Surgeons can place screws more precisely without the need for excessive bone manipulation, reducing the risk of further damage during surgery.

Faster Recovery

The enhanced fixation allows for quicker mobilization and rehabilitation, as the fracture site is better supported, leading to improved healing times.

Adaptability

The anatomical design means the plate can be used on a variety of bones, including the clavicle, radius, and other small to medium-sized bones.

2.4 Locking Reconstruction Anatomical Plate Treatment of Fracture Types

Comminuted Fractures

When the bone is shattered into multiple pieces, this plate helps restore anatomical alignment and maintain stability during the healing process.

Non-Union Fractures

In cases where fractures fail to heal naturally, the 2.4 Locking Plate provides the structural support needed for union.

Osteoporotic Fractures

Osteoporotic bone is more prone to fracture and poor healing. The locking mechanism helps prevent screw loosening, which is a common issue in these cases.

Diaphyseal Fractures

Particularly effective in fractures of the midshaft of long bones, where stability is crucial for successful healing.

Risks of 2.4 Locking Reconstruction Anatomical Plate Surgery

Infection

Although biocompatible materials minimize this risk, there is still the possibility of infection at the surgical site.

Screw Malposition

While the locking mechanism provides excellent stability, improper screw placement during surgery can compromise the fixation and lead to non-union or delayed healing.

Implant Failure

In rare cases, the plate may fail due to excessive stress or improper use.

Hardware-related Pain

Some patients may experience discomfort or irritation from the implant, particularly in areas where the plate may protrude.

2.4 Locking Reconstruction Anatomical Plate Future Marke

Aging Population

As the global population ages, the incidence of osteoporotic fractures and age-related bone conditions is on the rise, creating a growing demand for implants like the 2.4 Locking Plate.

Advances in Technology

Innovations in materials science, including the development of bioresorbable implants, may further enhance the performance and longevity of devices like the 2.4 Locking Plate.

Minimally Invasive Surgery

As surgical techniques continue to improve, there is an increasing trend towards minimally invasive procedures, which will drive demand for precise, easy-to-use fixation devices like the 2.4 Locking Plate.

Summary

The 2.4 Locking Reconstruction Anatomical Plate represents a critical advancement in the field of orthopedic implants, offering unmatched stability and support for a variety of complex fractures. Its anatomical design, combined with a locking mechanism, ensures a high level of fixation that is essential for proper bone healing. While the surgery carries some risks, the benefits in terms of faster recovery and improved patient outcomes are undeniable. As the demand for orthopedic solutions grows, the 2.4 Locking Reconstruction Anatomical Plate is set to remain a key tool in the treatment of fractures, offering surgeons a reliable solution for even the most challenging cases.

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.