Worldwide Shipping Ceratizit Iso7388-2.ad.40.we.32.100 Cylindrical Shank Adapter (weldon) 8040013269 (0744121) Limited Time 40% Off [EAg7TJ6u]

Ceratizit ISO7388-2.AD.40.WE.32.100 Cylindrical Shank Adapter

Discover the Ceratizit ISO7388-2.AD.40.WE.32.100 Cylindrical Shank Adapter, a precision-engineered tool designed for superior performance in various machine tools. This adapter is crafted with the highest quality materials and precision engineering to ensure durability and reliability. With its BT 40 machine interface size and a protruding length of 3.9370", it offers exceptional compatibility and versatility for a wide range of applications.

Key Features:

• Machine interface size: BT 40
• Clamping diameter: 1.2598" / 32.000 mm
• Protruding length: 3.9370" / 100.000 mm
• Neck diameter: 2.8346" / 72.000 mm
• Body taper end diameter: 2.2047" / 56.000 mm
• Body half taper angle: 45°
• Balance quality: G 2,5 n_max 25000

This adapter is designed to provide a secure and stable connection between the tool and the machine, ensuring optimal performance and precision. Its balance quality of G 2,5 n_max 25000 guarantees minimal vibration and noise during operation, enhancing the overall efficiency of the machine tool.

Practical Uses and Benefits

The Ceratizit ISO7388-2.AD.40.WE.32.100 Cylindrical Shank Adapter is an essential component for numerous machining operations. Its compatibility with BT 40 machines makes it a versatile choice for various industries, including aerospace, automotive, and metalworking. Here are some of the practical uses and benefits of this adapter:

• Enhances precision and accuracy in machining operations
• Improves overall machine performance and efficiency
• Reduces vibration and noise during operation
• Ensures secure and stable connection between the tool and the machine
• Extends the life of the machine tool and cutting tools

With its superior quality and performance, the Ceratizit ISO7388-2.AD.40.WE.32.100 Cylindrical Shank Adapter is an excellent investment for any professional seeking to enhance their machining capabilities.