What details decide the chip breaking quality of the chip breaker blade

The chip quality of the chip breaking groove flat cutter directly affects the processing efficiency and product surface quality, and is an important link that cannot be ignored in mechanical processing. As a leading brand in the industry, AMG understands that details determine success or failure, and places special emphasis on optimizing chip breaker design to ensure that every chip breaker blade can efficiently and stably complete cutting tasks.

Firstly, the geometric shape of the chip breaker is crucial. Reasonable groove width and depth design can effectively cut off metal chips, avoid long strip-shaped chips wrapping around the tool, reduce the risk of blockage, and ensure smooth cutting process. In addition, the angle and curve of the groove are finely adjusted to help reduce cutting resistance and heat accumulation, and extend tool life.

Secondly, tool materials and coatings also have a significant impact on chip quality. AMG uses high toughness hard alloy as the matrix, combined with advanced coatings such as TiAlN, to improve tool wear resistance and heat resistance, making the chip groove still sharp during high-speed machining and making chips easier to fall off.

Finally, the matching of processing technology and equipment is also the key to determining the chip breaking effect. Reasonable cutting parameters and matching machine rigidity can leverage the advantages of chip breaker flat tool design to achieve stable and efficient machining.