Certified Safe Ceratizit Iso12164-a100.we.12.160.ik.f Cylindrical Shank Adapter (weldon) 8274041255 (0746218) Apparel [QkSMKeos]

Ceratizit ISO12164-A100.WE.12.160.IK.F Cylindrical Shank Adapter

Discover the exceptional quality and precision of the Ceratizit ISO12164-A100.WE.12.160.IK.F Cylindrical Shank Adapter, designed for optimal performance in high-speed machining operations. This adapter is engineered to enhance the efficiency and accuracy of your machine tools, ensuring smooth and reliable operation. With its robust construction and advanced features, it stands out as a reliable choice for professionals in the metalworking industry.

• Enhanced Performance: The adapter is designed to increase torque capability, providing a strong and stable connection between the tool and the machine spindle.
• Advanced Interface: The HSK-A 100 interface ensures a secure and precise grip, reducing vibration and improving overall tool performance.

Key Specifications and Features

This cylindrical shank adapter is a perfect fit for your precision machining needs. With its precise dimensions and high-quality materials, it guarantees durability and reliability. Here are some of the key specifications and features that make this adapter a standout product:

• Weight: 121.0 oz (3441 g) - Offers a lightweight and balanced design for efficient operation.
• Clamping Diameter: 0.4724" (12.000 mm) - Ensures a tight and secure fit for your tools.
• Protruding Length: 6.2992" (160.000 mm) - Provides ample space for tool engagement and operation.

Why Choose Ceratizit?

Ceratizit, a leading tooling company based in Luxembourg, has been at the forefront of the metalworking industry for decades. With a rich history of innovation and a commitment to quality, Ceratizit has earned a reputation for producing high-performance cutting tools and accessories. Choosing Ceratizit means investing in a product that is guaranteed to meet your expectations and exceed your requirements. Trust Ceratizit for all your tooling needs and experience the difference in performance and reliability.