New Arrival 02.124.209 - Synthes 3.5mm Lcp Proximal Tibia Plate Low Bend 8 Holes/128mm/left (each) Top Reviewed [nr5OGWIg]

Synthes 3.5mm LCP Proximal Tibia Plate Low Bend

Introducing the Synthes 3.5mm LCP Proximal Tibia Plate Low Bend, a cutting-edge medical device designed for precise and effective tibia fracture repair. This plate is crafted with the highest quality materials, ensuring durability and reliability in surgical applications. With its low bend design and 8 holes, it offers exceptional flexibility and adaptability to various fracture patterns.

• High-quality LCP material for excellent strength and corrosion resistance.
• Low bend design for optimal fit and stability during surgery.

Product Specifications and Technical Details

The Synthes 3.5mm LCP Proximal Tibia Plate is designed with precision engineering to meet the demands of complex surgical procedures. Measuring 128mm in length, it provides ample coverage for fractures in the proximal tibia area. The plate features 8 holes, allowing for a variety of screw configurations to secure the fracture site effectively.

• Length: 128mm
• Hole configuration: 8 holes
• Material: LCP (Lydall Composite Polymer)

This product is designed to be compatible with standard surgical instruments, ensuring a seamless integration into your surgical workflow.

Practical Uses and Target Audience

The Synthes 3.5mm LCP Proximal Tibia Plate Low Bend is an essential tool for orthopedic surgeons specializing in the treatment of tibia fractures. Its innovative design and robust construction make it ideal for a wide range of clinical scenarios, including acute fractures, osteotomies, and revision surgeries. The plate's low bend feature allows for better alignment and reduced risk of hardware failure, resulting in improved patient outcomes.

• Orthopedic surgeons specializing in tibia fracture repair.
• Patients requiring surgical intervention for tibia fractures.

Invest in the Synthes 3.5mm LCP Proximal Tibia Plate Low Bend for superior performance and patient satisfaction.