Last Chance Din 69871 Sk40 - 12mm Shrink Chuck Er-plus Dual Contact/face & Taper - 80mm Gauge (ad/b) - Eroglu Pro Version [U1CV357v]

DIN 69871 SK40 Shrink Chuck ER-Plus Dual Contact/Face & Taper

Discover the Eroglu DIN 69871 SK40 shrink chuck, a cutting-edge tool designed for precision and efficiency. This ER-Plus shrink chuck boasts a dual contact face by shank and a flanged face, offering enhanced radial rigidity. The combination of these features ensures superior performance and reliability in various machining operations. This product is crafted with the highest quality materials and manufacturing standards, making it a reliable choice for professionals in the industry.

Product Specifications and Technical Details

The DIN 69871 SK40 shrink chuck is specifically designed for ER-Plus systems, providing a seamless fit and optimal performance. Key specifications include a shank diameter of 12mm and a gauge size of 80mm. The chuck features an AD/B form, ensuring compatibility with a wide range of machines. Below are some of the key specifications:

• Form: AD/B
• Shank Diameter (d): 12mm
• Gauge (A): 80mm
• Overall Length (L): 47mm

Practical Applications and Benefits

The Eroglu DIN 69871 SK40 shrink chuck is an essential tool for a variety of applications, including precision machining, metalworking, and CNC operations. Its dual contact face and flanged design provide increased stability and accuracy, making it ideal for tasks that require high precision and tight tolerances. This chuck is suitable for use with ER-Plus collets, ensuring compatibility with a wide range of cutting tools. By choosing this product, you can expect the following benefits:

• Enhanced Rigidity: The dual contact face by shank and flanged design offer increased radial rigidity, ensuring stable and accurate machining.
• Compatibility: The ER-Plus system allows for seamless compatibility with a wide range of cutting tools and machines.
• Quality and Reliability: Eroglu's commitment to quality and precision guarantees a reliable tool that will perform consistently in demanding applications.