Steels used for stamping and chip removal are alloys specially designed to withstand severe working conditions during machining processes such as cutting, stamping, and milling. These steels are selected for their combination of wear resistance, hardness, and toughness, making them ideal for operations where material is removed in the form of chips, such as in metalworking and alloy machining. Stamping steels, in particular, must maintain their hardness even at high temperatures, as the friction generated during the cutting process can significantly heat the material. Steels for chip removal, on the other hand, must be resistant to abrasion and plastic deformation to ensure the long life of cutting tools. These steels are used in various industrial sectors, such as automotive, aerospace, and precision mechanical component production, where it is crucial to have materials that can maintain high performance even in challenging operational conditions. Their composition and the heat treatments they undergo ensure maximum wear resistance and good machinability.