In the manufacturing process of carbon ceramic discs, the final processing stage plays a critical role in determining dimensional accuracy and surface quality. Double-side grinding is one of the most important operations in this stage, as it directly affects assembly precision and braking performance.

The CMFK-DM500 carbon ceramic brake disc grinding machine is designed to meet the requirements of final-stage machining. Its double-column structure and dual-channel feed system allow simultaneous grinding of both braking surfaces in a single setup, helping maintain precise parallelism between the two faces.

During actual grinding operations, the machine maintains stable feed motion and consistent grinding conditions. This stability contributes to uniform surface quality across the disc faces and supports reliable final machining results.

The vertical machine layout ensures balanced force distribution on the workpiece and facilitates chip removal during continuous operation. As a result, the machine can maintain stable performance during extended production runs.

Overall, the carbon ceramic brake disc grinding machine provides a reliable solution for the final processing of carbon ceramic discs, supporting consistent surface quality before assembly and testing.