High Precision 10mm U-Type Slot Cutter for Efficient Metalworking Applications

In the field of modern precision manufacturing, the demand for complex structural machining continues to rise. Specialized slot milling cutters such as U-type, V-type, and T-type have become essential tools for improving processing efficiency and part quality. AMG, a professional cutting tool manufacturer, has introduced a wide range of high-performance carbide slot cutters tailored to diverse industrial applications, including mold making, mechanical equipment, and automated assembly platforms.

The U-type slot cutter features a rounded bottom profile that provides smooth stress transitions during operation, enhancing crack resistance in load-bearing parts. It is especially suitable for machining guide rails, hydraulic channels, and curved slots. AMG’s U-type cutters are made from ultra-fine grain carbide and advanced coating technology, offering excellent wear resistance and extended tool life, making them ideal for high-precision components.

In contrast, V-type slot cutters are known for their sharp cutting angles, making them ideal for chamfering, positioning slots, and other applications requiring precise angled shapes. AMG’s V-type slot tools are engineered with precise cutting edges and optimized chip evacuation design, ensuring both high-speed performance and dimensional accuracy in mold finishing and optical equipment manufacturing.

T-type slot cutters stand out for their lateral cutting capabilities, designed to machine hidden grooves, key slots, and undercuts in assembly platforms, jigs, and machinery bases. AMG's T-type slot cutters adopt a multi-flute symmetrical design to minimize vibration and improve surface finish, especially effective on steel and cast iron materials.

Each of the three slot cutter types offers unique strengths, addressing a wide range of machining needs from external to internal slots, and from straight grooves to complex shapes. AMG is committed to delivering professional and customizable tool solutions, continuously optimizing cutter geometry and coating technology to help manufacturers achieve high efficiency, precision, and cost-effectiveness in production.