Instant Savings Ar-1409lp - Arthrex Low Profile Reamer 9mm (each) Quality Assured [czCDoQ2M]

Arthrex Low Profile Reamer 9mm

Introducing the AR-1409LP - Arthrex Low Profile Reamer 9mm, a cutting-edge surgical instrument designed for precision and efficiency. This reamer is crafted with the highest quality materials, ensuring durability and reliability in surgical procedures. With its low profile design, the AR-1409LP offers exceptional maneuverability, allowing for easier access to tight surgical sites. This reamer is a must-have for professionals seeking a tool that combines precision with user comfort.

• Low Profile Design for enhanced maneuverability.
• High-Quality Materials for durability and reliability.

Product Specifications

The AR-1409LP features a 9mm diameter, making it suitable for a wide range of surgical applications. Its precision-engineered blade ensures smooth and consistent cuts, reducing the risk of tissue damage. The reamer is also designed with ergonomic handles, providing a secure grip and reducing hand fatigue during prolonged procedures. With its robust construction and precise measurements, the AR-1409LP is a reliable choice for surgeons who demand the best in surgical instruments.

• 9mm Diameter for versatile applications.
• Ergonomic Handles for comfort and control.

Practical Applications and Benefits

The AR-1409LP - Arthrex Low Profile Reamer 9mm is an essential tool for orthopedic surgeons, podiatrists, and other medical professionals. Its precise design and durable construction make it ideal for a variety of surgical procedures, including joint replacements, arthroscopy, and fracture repairs. By using this reamer, medical professionals can achieve cleaner cuts and reduced tissue trauma, leading to faster healing and improved patient outcomes. The AR-1409LP is a testament to Arthrex's commitment to providing innovative solutions that enhance surgical outcomes.

• Orthopedic Surgery - Ideal for joint replacements and arthroscopy.
• Fracture Repairs - Ensures cleaner cuts and reduced tissue trauma.