Industry News

Diamond Milling Cutters are precision cutting tools designed with polycrystalline diamond (PCD) edges, enabling high-speed, high-accuracy material removal. These tools are widely used in aerospace, automotive, mold-making, and wood, plastics, and non-ferrous metals machining industries. Unlike conventional carbide cutters, diamond milling cutters provide superior wear resistance, reduce cutting forces, and deliver smooth surface finishes.

　　Good maintenance not only extends the life of the cutting tool, but also ensures machining accuracy and surface quality. So how much do you know about the maintenance of graphite milling cutter?

In the evolving world of precision machining, the Half-Cutting Cutter has emerged as a crucial innovation that bridges accuracy, durability, and speed. It is widely used in manufacturing processes where precise depth control and clean cutting edges are essential — such as in die-cutting, flexible printed circuits (FPCs), adhesive materials, and thin films. The name “half-cutting” refers to its ability to cut through material layers without penetrating the entire substrate, leaving the backing layer intact. This functionality allows for improved product integrity, faster processing times, and minimal waste — making it indispensable for industries that rely on micro-fabrication and fine material processing.

Because carbon fiber materials are extremely strong and hard, the machining process can easily lead to cutting tool wear and material delamination, so choosing the right carbon fiber milling cutter is crucial. So what factors need to be considered when choosing a carbon fiber milling cutter?

To extend the service life of insulation material milling cutter, not only can significantly reduce production costs, but also improve the processing efficiency and product quality. So do you know what methods to extend the life of insulation material milling cutter? The following follow the Zhongye Da editorial to take a look at it!

In the competitive world of precision engineering and advanced machining, tool selection directly determines production efficiency, surface finish quality, and tool life. Among the most sought-after tools today are Diamond Milling Cutters, known for their extreme hardness, wear resistance, and ability to handle challenging materials such as composites, aluminum alloys, and non-ferrous metals.