This type of machinery utilizes two rotating abrasive wheels to refine the thickness and surface finish of workpieces, such as glass, ceramic, or metal components. A workpiece is fed between the two rapidly spinning disks, which remove material with precision. This process can be used for high-volume production due to its speed and efficiency, creating parts with tight tolerances and smooth surfaces. An example application would be the creation of precise wafers for the electronics industry.
The utilization of two grinding wheels offers significant advantages in terms of parallelism and flatness control, crucial for many industrial applications. The dual-wheel configuration enables rapid stock removal while maintaining exceptional dimensional accuracy. Historically, these machines have played a critical role in automating manufacturing processes, leading to higher productivity and lower costs. This technology has evolved significantly over time, with modern iterations incorporating advanced control systems and automation for enhanced precision and efficiency.
