PharmAlliance Orthopedic Implants

Non-Locking Screw System

PharmAlliance Orthopedic Implants Non-Locking Screw System

Welcome to PharmAlliance International Labs Private Limited, where innovation meets excellence. Our company, dedicated to the advancement of medical technology, proudly presents the PharmAlliance Orthopedic Implants Non-Locking Screw System.

About PharmAlliance International Labs Private Limited

PharmAlliance International Labs Private Limited is committed to delivering high-quality orthopedic implants designed by our advanced R&D Department. Our slogan, “Alliance of Excellence,” encapsulates our mission to provide superior medical solutions globally. Each product in our Non-Locking Screw System is meticulously crafted using High-Grade SS Stainless Steel, ensuring durability, reliability, and optimal patient outcomes.

Non-Locking Screw System

The Non-Locking Screw System by PharmAlliance Orthopedic Implants is an essential component in various orthopedic surgeries, providing stability and support to fractured bones during the healing process. These screws are designed to offer a secure fit without locking into the bone plate, allowing for flexibility and adaptability in different surgical scenarios.

Product Overview

Below is the comprehensive list of screws included in the PharmAlliance Non-Locking Screw System, each tailored to meet specific surgical needs:

• Cortical Screws Ø 2.7 Mm Self Tapping (Hexagonal Head)

• Cortical Screws 2.7 Mm Self Tapping (Star Head)

• Cortical Screw Ø3.5mm

• Cortical Screw (Self Tapping) Ø 3.5 Mm

• Cortical Screw (Self Tapping), (Star Head) 3.5 Mm

• Pharmalliance Emergency Cortical Screw For Ø 3.5 Mm

• Cortical Screw Ø4.5mm

• Cortical Screw (Self Tapping) Ø 4.5 Mm

• Pharmalliance Emergency Cortical Screw For Ø 4.5 Mm

• Cancellous Screw Ø 3.5 Mm

• Cancellous Screws Ø 4.0 Mm (Partial Thread)

• Cancellous Screws Ø 4.0 Mm (Full Thread)

• Cancellous Screws Ø 6.5 Mm / 16 Mm Thread

• Cancellous Screws Ø 6.5 Mm / 32 Mm Thread

• Cancellous Screws Ø 6.5 Mm (Full Thread)

• Cannulated Headless Compression Screws (Herburt) Ø 2.4mm

• Cannulated Headless Compression Screws (Herburt) Ø 3.0mm

• Cannulated Screws Ø 4.0mm (Partial Thread)

• Cannulated Screws Ø 4.0 Mm (Full Thread)

• Cannulated Screws Ø 4.5 Mm / 16 Mm Thread

• Cannulated Large Screws Ø 6.5 Mm (Full Thread)

• Cannulated Large Screws Ø 6.5 Mm / 16 Mm Thread.

• Cannulated Large Screws Ø 6.5 Mm / 32 Mm Thread.

• Malleolar Screws Ø 4.5 Mm

• Dhs Screws With Compression Screw

Importance and Usage

The Non-Locking Screw System plays a vital role in orthopedic surgery, providing critical support to bone structures. These screws are specifically designed to secure bone fragments without locking to the bone plate, allowing for controlled movement and alignment as the bone heals. This flexibility is crucial in areas where dynamic bone movement is anticipated, ensuring effective healing and stability.

Specifications

Each screw in the Non-Locking Screw System is manufactured with precision, adhering to the highest industry standards. The use of High-Grade SS Stainless Steel ensures longevity and resistance to corrosion, making them ideal for long-term implantation. The specifications for each screw type are meticulously detailed to meet various orthopedic requirements.

High-Grade Stainless Steel

Our screws are made from High-Grade SS Stainless Steel, renowned for its strength, biocompatibility, and resistance to wear and corrosion. This material choice guarantees that our implants meet the rigorous demands of orthopedic surgery and ensure patient safety and recovery.

Conclusion

At PharmAlliance International Labs Private Limited, we are dedicated to advancing orthopedic implant technology. Our Non-Locking Screw System exemplifies our commitment to quality, innovation, and patient care. Explore our extensive range of orthopedic solutions and experience the “Alliance of Excellence” in every product.

For more information, images, and detailed specifications of each Non-Locking Screw System, please explore the sections below.