Cutting Tools

The general trend of mechanical processing development is high efficiency, high precision, high flexibility and enhanced environmental awareness. In the field of mechanical processing, cutting (grinding) processing is the most widely used processing method. High-speed cutting is the development direction of cutting processing and has become the mainstream of cutting processing. It is an important

The selection of CNC cutting tools and the determination of cutting parameters are important aspects of CNC machining technology. They not only affect the machining efficiency of CNC machine tools, but also directly affect the machining quality. Types and Characteristics of Commonly Used CNC Machining Tools CNC machining tools must adapt to the characteristics of

High-speed cutting tools are the key to high-speed CNC machining technology. Tool technology is one of the key technologies to achieve high-speed CNC cutting. Inappropriate tools will make complex and expensive machine tools or machining systems completely ineffective. Since high-speed cutting has a high cutting speed, and the high-speed machining line speed is mainly limited

In actual production and processing, the processing programming of curved surfaces usually has two forms: automatic programming and macro program manual programming. Automatic programming often relies on CAD/CAM software, but due to the limitations of the underlying mathematical model of the surface constructed by this software and the approximation principle used by CAD/CAM software when

Hard cutting (an application field of high-speed cutting technology) refers to a processing method for machining hardened materials (usually hardness between 54-63HRC) – hardened steel, gray cast iron, ductile iron, powder metallurgy and special materials parts using superhard cutting tools such as ceramics, superhard CBN, and superfine cemented carbide on lathes. This processing is usually

High temperature alloys, due to their excellent high temperature resistance, corrosion resistance, and high strength, play a key role in high-tech fields such as aerospace, energy, and the chemical industry. However, cutting high-temperature alloys is not easy. Due to their hardness and heat resistance, they cause severe wear on cutting tools and are difficult to

Tungsten steel is a cemented carbide material with high hardness and high wear resistance. It is widely used in manufacturing various high-precision and high-efficiency cutting tools. With the increasing popularity of tungsten steel cutting tools, it is crucial to understand and be familiar with their specific applications in various fields. This cutting tool excels in