The Perfect Ceratizit Iso12164-a100.we.08.160.ik.f Cylindrical Shank Adapter (weldon) 8274040855 (0746216) Tool [LjF9KdCc]

Ceratizit ISO12164-A100.WE.08.160.IK.F Cylindrical Shank Adapter

Discover the Ceratizit ISO12164-A100.WE.08.160.IK.F Cylindrical Shank Adapter, a precision-engineered tooling component designed for optimal performance in modern machining operations. This adapter is a testament to Ceratizit's commitment to quality and innovation, offering unparalleled durability and efficiency. With its HSK-A 100 machine interface and robust design, this adapter is ideal for a wide range of machining applications, ensuring smooth and precise tool changes.

Product Specifications and Properties

The Ceratizit ISO12164-A100.WE.08.160.IK.F Cylindrical Shank Adapter is engineered with precision and features several key specifications that set it apart from the competition. Key properties include a weight of 103.0 oz (2926 g) and a protruding length of 6.2992" (160.000 mm). The adapter boasts a body diameter of 1.2598" (32.000 mm) in the first cutting step, with a body taper end diameter of 0.7874" (20.000 mm). With a balance quality rating of G 2,5 n_max 25000, this adapter ensures stability and accuracy in high-speed machining. Its clamping diameter of 0.3150" (8.000 mm) and body length of 5.1575" (131.000 mm) further contribute to its versatility and reliability.

Practical Applications and Benefits

The Ceratizit ISO12164-A100.WE.08.160.IK.F Cylindrical Shank Adapter is a valuable asset for machinists and engineers in various industries. Whether you're working in automotive, aerospace, or general metalworking, this adapter offers numerous practical benefits. Its compatibility with HSK-A 100 interfaces allows for seamless integration into existing tooling systems, enhancing the efficiency of your machining process. With its high torque capability and superior balance quality, this adapter ensures precise tool changes and reduced vibration, leading to superior surface finish and increased tool life. The adapter's design also facilitates coolant-through operation, enabling efficient cooling and chip removal for longer tool life and improved part quality.