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In modern manufacturing, insulating materials are increasingly used, such as epoxy resins, polyimides, polyether ether ketones, and phenolic resin laminates. These materials have become the first choice for critical components due to their excellent insulating properties, high temperature resistance and mechanical strength. However, their characteristics such as high hardness, high fiber content and low thermal conductivity also pose a serious challenge to cutting tools for machining. Therefore, the durability of insulating material milling cutter is directly related to the machining efficiency, cost control and final product quality, and has become the core index to measure its performance.

In recent years, carbon fiber reinforced composites have been favored in aerospace, automotive and other fields due to their lightweight and high strength properties, and carbon fiber has also been explored for use in the manufacture of cutting tools. So, can carbon fiber milling cutter machining stainless steel?

In the field of precision machining, PCD cutting tools and single-crystal diamond cutting tools are two highly regarded ultra-hard material cutting tools. With their exceptional hardness and wear resistance, they make it possible to process a variety of difficult-to-machine materials.

In the field of mechanical machining, milling is a common metal cutting method, and plunge milling, as a special milling process, is increasingly gaining attention in high-efficiency machining. So, what exactly is plunge milling? What are its unique applications and advantages in machining?

​In the vast field of industrial processing, welded milling cutters cleverly weld high-performance carbide blades to the cutter body to create an integrated structure that combines rigidity and cutting efficiency, making it easy to handle both simple processing and complex tasks. So, what materials are welded milling cutters suitable for processing?