Alliance Of Infinity Trade

Orthopedic Implants Non-Locking Plate System Titanium – LC-DCP BROAD FOR 4.5 MM SCREWS

Company Name: Alliance Of Infinity Trade
Slogan: Shaping Orthopedic Excellence

Product Overview

At Alliance Of Infinity Trade, we are excited to introduce the latest innovation in orthopedic fixation technology as part of our Orthopedic Implants Non-Locking Plate System Titanium Series. We proudly present the LC-DCP BROAD FOR 4.5 MM SCREWS, an advanced implant designed to provide enhanced stability and performance in a variety of orthopedic procedures.

Product Name: LC-DCP BROAD FOR 4.5 MM SCREWS

The LC-DCP BROAD FOR 4.5 MM SCREWS plate is carefully crafted from high-grade titanium, ensuring unmatched strength and biocompatibility. This implant is specifically designed for use with 4.5 mm screws and optimized for applications requiring broad fixation, providing support for a wide range of orthopedic interventions.

Importance and Usage

The LC-DCP BROAD FOR 4.5 MM SCREWS plate offers several key benefits in orthopedic surgery, including:

• Enhanced Stability: The broad design increases contact with the bone surface, providing superior stability and support, especially in larger fracture sites or complex osteotomies.
• Versatile Applications: Perfect for various procedures, including fracture fixation in larger bones and complex reconstructive surgeries.
• Reliable Fixation: Ensures precise screw placement and alignment, reducing the risk of implant failure and contributing to better overall surgical outcomes.

Specifications

Here are the available configurations for the LC-DCP BROAD FOR 4.5 MM SCREWS:

• LC-DCP BROAD FOR 4.5 MM SCREWS, 05 Holes, Length: Not Specified
• LC-DCP BROAD FOR 4.5 MM SCREWS, 06 Holes, Length: 106 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 07 Holes, Length: 124 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 08 Holes, Length: 142 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 09 Holes, Length: 160 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 10 Holes, Length: 178 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 11 Holes, Length: 196 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 12 Holes, Length: 214 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 14 Holes, Length: 250 MM
• LC-DCP BROAD FOR 4.5 MM SCREWS, 16 Holes, Length: 286 MM

Each plate is precision-engineered to ensure a secure fit and optimal performance in diverse surgical scenarios. The high-grade titanium construction ensures these plates are both lightweight and durable, contributing to their effectiveness in clinical settings.

Features and Benefits

• High-Grade Titanium: Known for its strength, biocompatibility, and resistance to corrosion, ensuring long-term durability within the body.
• Broad Design: The broad surface area increases contact with the bone for superior support and stability.
• Versatile Applications: Ideal for a wide range of orthopedic procedures, especially for larger bones and complex fracture fixations.
• Precision Engineering: Crafted to meet the highest standards, providing reliable implant performance in clinical applications.

Why Choose Alliance Of Infinity Trade?

• Innovation in Orthopedics: Our commitment to advanced solutions sets new standards in medical care.
• Reliable & Effective Products: Each implant is designed to enhance patient recovery and improve surgical outcomes.
• Excellence in Care: Our products reflect our dedication to quality, precision, and optimal patient outcomes.

The LC-DCP BROAD FOR 4.5 MM SCREWS is a testament to Alliance Of Infinity Trade’s commitment to innovation and excellence in orthopedic care. With its advanced design and superior material properties, this implant is an ideal solution for enhanced fixation in orthopedic surgeries.

For more details or to view images of the LC-DCP BROAD FOR 4.5 MM SCREWS, please visit our website or contact us directly. Partner with Alliance Of Infinity Trade to elevate your orthopedic practice with our state-of-the-art implants.

This version emphasizes reliable fixation, enhanced stability, and versatile applications, while showcasing the advanced design and high-grade material quality.