Schunk 203667 CAT40 ?25x101.6 (4")

Expansion & Hydraulic Toolholders The Schunk 203667 CAT40 is a high-performance expansion toolholder designed to enhance machining efficiency and precision. With a size of 25x101.6 mm (4"), this toolholder is essential for applications requiring reliable and accurate tool retention in various machining processes.

Key Features

• Precision Engineering: Crafted with high-quality materials to ensure minimal run-out and maximum accuracy during machining operations.
• Optimized Design: The CAT40 taper provides a secure connection, promoting stability and reducing vibration during high-speed machining tasks.
• Expansion Technology: Features an innovative expansion mechanism that allows for tool diameter adjustment, ensuring a perfect fit for various cutting tools.
• Durable Construction: Made from premium steel, this toolholder is designed to withstand the rigors of heavy machining environments, providing exceptional longevity.
• Compatibility: The CAT40 interface is widely compatible with various CNC machines, making it a versatile choice for different applications.

Applications

• Machining Centers: Ideal for use in vertical and horizontal machining centers where precision and tool stability are crucial.
• Automotive Industry: Perfect for applications involving the manufacturing of automotive components, where high tolerance and precision are essential.
• Aerospace Manufacturing: Suitable for machining complex geometries in aerospace applications, ensuring adherence to strict quality standards.
• General Engineering: Versatile enough for a wide range of machining tasks in general engineering and fabrication industries.

Benefits

• Enhanced Performance: The precision fit and stability of the CAT40 toolholder contribute to improved cutting performance and surface finish quality.
• Increased Tool Life: The ability to adjust tool diameters ensures optimal tool engagement, reducing wear and extending tool life.
• Operational Efficiency: Quick tool changes facilitated by the expansion mechanism lead to reduced downtime and increased productivity in machining operations. --- Product information compiled with AI assistance for reference purposes.