Best Seller Ar-1358 - Arthrex 6.5 X 40mm Cancellous Screw, Low Profile (each) Save 70% + Free Ship [PREImn64]

AR-1358 Cancellous Screw, 6.5 x 40mm, Low Profile

Introducing the AR-1358 Cancellous Screw from Arthrex, a cutting-edge surgical instrument designed for precision and durability. This 6.5 x 40mm screw features a low-profile design, making it an ideal choice for orthopedic surgeries. With its cancellous threads, the AR-1358 screw provides excellent bone purchase, ensuring secure fixation and optimal healing. Key features include:

• Low-profile design for less interference with surrounding tissues
• Cancellous threads for enhanced bone purchase
• High-quality material for long-lasting performance

Product Properties and Specifications

The AR-1358 Cancellous Screw is crafted from premium surgical-grade materials, ensuring both strength and biocompatibility. This screw measures 6.5mm in diameter and 40mm in length, making it suitable for a variety of orthopedic procedures. Its low-profile design minimizes the risk of soft tissue damage, while the cancellous threads provide superior grip in cancellous bone. Key specifications include:

• Diameter: 6.5mm
• Length: 40mm
• Material: Surgical-grade stainless steel

The AR-1358 screw is also available in a pack of one, ensuring ease of use and cost-effectiveness for both surgeons and patients.

Practical Uses and Benefits

The AR-1358 Cancellous Screw is a versatile tool for orthopedic surgeons, offering numerous practical benefits. Its low-profile design reduces the risk of soft tissue damage, making it suitable for delicate procedures. The screw's cancellous threads provide excellent fixation in cancellous bone, promoting faster healing and reduced risk of implant failure. Targeted uses include:

• Fracture repairs in bones with cancellous bone characteristics
• Joint reconstruction procedures
• Spinal fusion surgeries

By choosing the AR-1358 Cancellous Screw, surgeons can confidently provide their patients with a reliable and effective solution for bone fixation, ultimately improving patient outcomes and satisfaction.