Warehouse Clearance Midcentral Medical Mcm-440 Underpad Mount Armboard Tool [Df2IH8gi]

Underpad Mount Armboard for Enhanced Stability

Introducing the Warehouse Clearance Midcentral Medical Mcm-440 Underpad Mount Armboard Tool [Df2IH8gi], a revolutionary solution for secure and stable armboard mounting. Designed for ease of use and durability, this armboard is the perfect accessory for your operating room (OR) setup. With its robust construction and innovative features, it ensures a stable and reliable experience during surgical procedures.

Robust Construction and Key Features

Crafted from 3/8" thick black phenolic, the MCM-440 armboard is not only sturdy but also lightweight, weighing a mere 7 pounds. This ensures that it is easy to handle and install. The armboard slides seamlessly under the OR table pad, securing itself with the patient's weight. This design eliminates the need for additional fasteners, making it a hassle-free solution. To complement this armboard, we offer the MCM-415 pad, which is sold separately. Additionally, the MCM-440 is fully radiolucent, ensuring that it does not interfere with X-ray imaging, making it ideal for various surgical procedures.

• Thick phenolic material for durability and stability.
• Lightweight design for easy handling and installation.

Practical Applications and Benefits

The Warehouse Clearance Midcentral Medical Mcm-440 Underpad Mount Armboard Tool [Df2IH8gi] is designed to enhance the efficiency and safety of OR procedures. Its secure mounting and radiolucent properties make it an invaluable tool for medical professionals. Whether you are performing a delicate surgical procedure or a complex operation, this armboard provides the stability and reliability you need. It is suitable for a wide range of surgical environments, making it a versatile choice for any healthcare facility. With the MCM-440, you can expect improved patient care, reduced risk of equipment failure, and enhanced overall surgical outcomes.

• Secure and stable mounting for reliable performance.
• Radiolucent design for compatibility with X-ray imaging.