Last Chance Wilton 11706 5" 2-axis Precision Angular Vise Device [FUgp6ZrS]

Last Chance Wilton 11706 5" 2-axis Precision Angular Vise Device [FUgp6ZrS]

Introducing the Last Chance Wilton 11706 5" 2-axis Precision Angular Vise Device [FUgp6ZrS], a superior tool designed for precision machining on an angle. This high-quality vise is engineered to provide unparalleled accuracy and durability, making it an essential addition to any workshop. With its robust construction and versatile features, the Wilton 11706 is perfect for a wide range of applications, ensuring seamless performance in even the most demanding environments.

Product Specifications and Features

Crafted from close-grained, high-tensile alloy castings, the Wilton 11706 boasts exceptional strength and longevity. Key features include a 90-degree vertical and 180-degree horizontal indexing, a 360-degree swivel base, and a 90-degree tilting range, all designed to offer unparalleled flexibility and precision. The vise's all-steel handle is ergonomically designed for comfort and control, while the spring-loaded ball attachment ensures a secure grip. Additionally, the jaw plates are hardened and ground for durability, and the jaws feature a hardness of 55 ± 3 HRC. This vise is also backed by Wilton's lifetime warranty, guaranteeing your peace of mind.

Applications and Benefits

The Last Chance Wilton 11706 5" 2-axis Precision Angular Vise Device [FUgp6ZrS] is ideal for a variety of applications that require machining on an angle. Whether you are working on complex projects or need a reliable tool for daily operations, this vise will deliver exceptional performance. Its precise indexing and versatile features make it perfect for tasks such as angle drilling, grinding, and cutting. With its ability to lock at any angle, the Wilton 11706 ensures a secure and stable grip, minimizing the risk of accidents and improving overall productivity. Ideal for both professional machinists and hobbyists, this vise is a must-have for anyone looking to enhance their precision machining capabilities.