Last Chance Ceratizit Iso7388-1.ad30.we.10.50 Cylindrical Shank Adapter (weldon) 8274111080 (0744514) With A 30% Price Cut [C6MsktBE]

Ceratizit ISO7388-1.AD30.WE.10.50 Cylindrical Shank Adapter

Discover the Ceratizit ISO7388-1.AD30.WE.10.50 Cylindrical Shank Adapter, a high-quality tooling component designed for precision applications. Engineered to meet the stringent demands of modern manufacturing, this adapter offers unparalleled performance and reliability. With its cylindrical shank and Weldon connection, it provides a secure fit for a wide range of cutting tools.

Key Product Features and Specifications

The Ceratizit ISO7388-1.AD30.WE.10.50 Cylindrical Shank Adapter boasts several notable features. First, it features a SK 30 machine interface size, ensuring compatibility with a variety of CNC machines. Its clamping diameter measures 0.3937" (10.000 mm) and a protruding length of 1.9685" (50.000 mm), providing ample room for tooling insertion. The adapter also features a neck diameter of 1.3780" (35.000 mm) and a body taper end diameter of 0.9843" (25.000 mm), ensuring a tight and secure fit. With a body half taper angle of 25° and a balance quality of G 2,5 n_max 25000, this adapter is precision-engineered for optimal performance.

Practical Applications and Benefits

The Ceratizit ISO7388-1.AD30.WE.10.50 Cylindrical Shank Adapter is a versatile tooling component that finds extensive use in various manufacturing and industrial applications. Its robust construction and reliable performance make it ideal for precision machining operations, including milling, turning, and drilling. Whether you're working on a high-precision part or a complex assembly, this adapter ensures that your tools are securely mounted, reducing the risk of tool breakage and improving overall productivity. With Ceratizit's reputation for quality and innovation, this adapter is a valuable addition to any tooling inventory. Invest in the Ceratizit ISO7388-1.AD30.WE.10.50 Cylindrical Shank Adapter and experience the difference in performance and reliability.