Experience Used Wrap Aid 10.500" Guide Rollers For Unwind/custom Material Handling Applications - Today Only [A5shdaeg]

Used Wrap Aid Guide Rollers for Unwind Applications

Discover the versatility and durability of our Used Wrap Aid 10.500" Guide Rollers designed for unwind and custom material handling applications. These guide rollers are a perfect solution for enhancing the efficiency and precision of your material handling processes. With their robust construction and adjustable features, they are sure to meet your specific needs in the industry.

Key Specifications and Features

Our Wrap Aid 10.500" Guide Rollers are equipped with several key specifications that make them stand out. The roller has an outer dimension of 2.5 inches and an actual width of 10.5 inches, ensuring a snug fit for a variety of materials. The rollers are mounted on an internal, adjustable stainless steel shaft, allowing for precise positioning via a convenient handle. With an overall length of 14.5 inches and a mounting hole tapped for 3/8-16, these rollers are designed to integrate seamlessly into your existing setup. The aluminum guides have an outer diameter of 3 inches, providing stable support for your materials. Additionally, the rollers offer approximately 1 inch of internal travel for bi-directional adjustments, making them versatile for various applications.

Practical Applications and Benefits

The Wrap Aid 10.500" Guide Rollers are not just a tool but a solution for your material handling challenges. Whether you are working with paper, film, or other materials, these guide rollers can serve as a tensioner or a guide, ensuring smooth and controlled unwinding. Removed from a Wrap Aid brand web style machine, these rollers are fully adjustable to fit your custom automation needs. Their robust design and ease of use make them ideal for use in packaging, manufacturing, and various other industries. With their ability to handle different materials and provide precise control, these guide rollers are a valuable asset for any operation looking to improve efficiency and accuracy.