Parting cutters, also known as insert cutters or insert cutters, are an important type of cutting tool used in metalworking, woodworking and other industries. Manufacturing cutters is a complex process that requires attention to detail and quality materials. In this article we will look at the key aspects of the production of cutting cutters and their practical application.
Cutting cutter production process
The production of parting cutters is a meticulous process involving the following steps:
Selection of material : The basis for cutting cutters is the body into which the cutting inserts are installed. Typically the body is made of high-strength steel or special alloys.
Body Making : Raw material is processed on computer numerical control (CNC) machines to create the cutter body. This includes turning and milling.
Making cutting inserts : Cutting inserts, often made from carbide, are created separately and usually have special shapes and cutting edges.
Installation of cutting inserts : After manufacturing the cutter body, the cutting inserts are installed in special grooves. This makes the cutter ready for use.
Cutting Edge Sharpening : The cutting edges on cutting inserts are ground to ensure sharp and efficient cutting.
Heat treatment : The finished cutter is heat treated to increase strength and wear resistance.
Coating (if necessary) : Some parting cutters can be coated with specialized coatings such as titanium nitride or diamond coating to improve their performance.
Application of cut-off cutters
Parting cutters have a wide range of applications and are used in a variety of industries, including:
Metalworking : They are used for milling, turning and boring metal workpieces.
Woodworking : Parting cutters are used for woodworking, including routing grooves, cutting slots, and creating decorative features.
Plastics and Composites : In the production of plastic and composite products, parting cutters help cut parts accurately.
Stone processing : Cutting cutters are used in stone processing for cutting, engraving and shaping stone surfaces.
Aerospace : They are used to process special materials and create complex parts for aviation and astronautics.
The production of cutters is a meticulous process that requires high manufacturability and precision. Quality part-off cutters provide precise and efficient processing of materials, making them an important tool in industry and crafts.
