As two major industrial cities in China, South Zhuzhou and North Zhengzhou, Zhengzhou has become the center of the national and even global synthetic diamond industry. This is the result of the combined effects of its profound historical accumulation, systematic technological research and development, complete industrial chain support, and strong policy support.

With a processing accuracy of 10 nanometers, this equipment can complete the processing of nickel-titanium high-temperature alloys with just one click. The electrical discharge technology is breaking through the limits of traditional manufacturing and is quietly reshaping the manufacturing landscape in the aerospace and medical device industries.

In multiple major domestic industrial exhibitions in 2025, a number of cutting tool manufacturers showcased their new coated tools, which attracted significant attention in the industry. These products not only achieved a lifespan increase of more than twice, but also demonstrated the rapid development of domestic coating technology.

In the world of precision manufacturing, tungsten steel cutting tools (also known as cemented carbide cutting tools) are hailed as the "teeth of industry". With their extremely high hardness, wear resistance and red hardness, they have become the mainstream choice for processing materials such as steel, stainless steel and high-temperature alloys. In the face of a wide variety of products on the market, understanding their types and naming rules is the key for engineers and purchasers to make precise selections and improve efficiency.

At the tip of a PCB drill bit with a diameter less than a quarter of a human hair, signals of the global electronics industry are being transmitted at the speed of light. From the vibration of a smart phone to the rotation of a satellite antenna, all rely on the precise engraving of this tiny tool.

A tungsten alloy wire as thin as a human hair but capable of withstanding a thousand pounds is quietly changing the physical limits of silicon wafer cutting and will redefine the precision boundaries of precision manufacturing. In the technological torrent of "large size and thinning" of photovoltaic silicon wafers, a silent material revolution has already completed a market disruption.