Warehouse Clearance Ceratizit Iso7388-1.ad30.we.16.63 Cylindrical Shank Adapter (weldon) 8274111680 (0744520) Limited Time 30% Off [1A6aK2eH]

Ceratizit ISO7388-1.AD30.WE.16.63 Cylindrical Shank Adapter

The Ceratizit ISO7388-1.AD30.WE.16.63 Cylindrical Shank Adapter is a precision-engineered tooling component designed for optimal performance in various machining applications. This adapter is crafted with high-quality materials and features a Weldon shank, ensuring a secure fit and efficient power transmission. Its cylindrical design and precise dimensions make it a versatile choice for users seeking enhanced tooling capabilities.

Key Product Properties and Specifications

This adapter boasts several key properties and specifications that set it apart from competitors. With a weight of just 0.0 grams, it is lightweight yet robust. The machine interface size is SK 30, providing compatibility with a wide range of tools. Its clamping diameter measures 0.6299 inches (16.000 mm), while the protruding length is 2.4803 inches (63.000 mm). The neck diameter is 1.8898 inches (48.000 mm), and the body taper end diameter is 1.4173 inches (36.000 mm). The body half taper angle is 25°, ensuring a perfect fit in various tooling systems. The balance quality is rated G 2,5 n_max 25000, guaranteeing smooth operation and reduced vibration.

Practical Applications and Benefits

The Ceratizit ISO7388-1.AD30.WE.16.63 Cylindrical Shank Adapter is an essential tool for professionals in the metalworking and machining industries. Its precise design and compatibility with a wide range of tools make it ideal for use in CNC machines, lathes, and other precision machinery. The adapter's lightweight and compact construction contribute to reduced tool wear and increased productivity. Whether you are a machinist, engineer, or workshop owner, this adapter will enhance your tooling capabilities and improve your daily operations. Invest in the Ceratizit ISO7388-1.AD30.WE.16.63 Cylindrical Shank Adapter and experience the difference in quality and performance.