Through the knowledge and experience of our senior engineers, our customer achieved a significant reduction in weight without compromising machining effectiveness. By implementing this design improvement, the customer experienced enhanced accuracy, improved operational efficiency, and increased overall productivity. Trust in our engineering solutions to optimize your grinding processes and unlock new levels of efficiency and precision.

Discover how our Resin Bond Diamond Wheel contributed to achieving impeccable finishes on carbon parts through a reliable and efficient polishing process. Learn more about its benefits and why it’s a top choice among carbon part manufacturers.

In the realm of metalworking, achieving exceptional precision and efficiency in internal grinding operations is essential, especially when dealing with challenging materials like 440C stainless steel. In a recent customer case, our company collaborated with a British manufacturer to optimize their internal grinding process for 440C stainless steel components, leveraging the cutting-edge Resin CBN Internal Grinding Wheels.

In the world of LED and IC (Integrated Circuit) manufacturing, precise dicing blades play a critical role in achieving superior cutting performance and maximizing yields. One customer, a leading semiconductor manufacturer, recently partnered with our company to optimize their dicing process for dice LED and IC epiwafers. 

Recently, we had a customer from the glass industry who had a grinding problem and shared it with Moresuperhard. He said that the workers in his factory cuts glass with Metal Cutting Wheels. But when cutting the glass, the glass was often unevenly ground or even cracked. In order to find out more about the cause of the customer's grinding problem, we conducted a quality inspection of the customer's cutting wheels as soon as we received the samples.

The inner bore of a ceramic hip is carefully engineered to minimize friction and allow smooth movement between the implant and the natural femoral head. This helps to reduce wear and tear on the implant, as well as potentially decrease the risk of complications and improve the overall functionality of the hip joint.