In the processing of structural components, it is crucial to choose a tool that combines efficient chip removal and wear resistance. The steel U-groove knife launched by AMG is specially developed for high-speed and high load processing of steel structural components. The tool adopts a U-shaped groove design, combined with an ultra-fine grain hard alloy substrate and advanced red cap coating technology, achieving a perfect combination of stable machining and long service life.

Product Introduction
AMG steel U-groove cutting tools adopt a large groove design, effectively improving chip removal efficiency and reducing cutting heat accumulation. Its red coating has excellent oxidation resistance and wear resistance, ensuring the service life and cutting stability of the tool in the processing of medium and high-strength steel, especially suitable for continuous batch processing tasks.

Specification Table :

Application
Widely used in the processing of structural components of carbon steel, alloy steel, stainless steel and other materials.

Working principle
The cutting tool quickly eliminates chips through U-shaped deep groove structure, reducing the temperature in the cutting area. The red cover coating further enhances thermal stability, ensuring that the cutting edge remains sharp and the feed is smooth for long-term processing.

Product advantages
The U-shaped structure effectively enhances the chip removal capability
Red cap coating enhances wear resistance and thermal stability
High processing stability, suitable for continuous mass production
Multiple specifications to choose from, supporting non-standard customization
High strength structure adapts to complex working conditions

FAQ
Q: Is this U-groove knife suitable for stainless steel structural components?
A: Applicable, the red cap coating has excellent heat resistance and adhesion resistance, suitable for difficult to process materials such as stainless steel.
Q: Is it suitable for batch processing?
A: Yes, the AMG steel U-groove cutter is designed to be stable and suitable for long cycle, high-strength CNC machining applications.