Carbon ceramic brake discs are widely used in high-performance and luxury vehicles due to their excellent heat resistance, low weight, and long service life. However, their extreme hardness and brittleness also place very high demands on machining accuracy and process stability. Our carbon ceramic brake disc grinding machine is specifically designed to meet these challenges in modern brake disc manufacturing lines.

This machine is suitable for precision machining of carbon ceramic brake discs, laser cladding brake discs, and other high-end composite brake components. With a rigid machine structure and optimized grinding kinematics, it ensures stable material removal and consistent surface quality, even under long-term continuous operation.

The equipment supports double-face simultaneous grinding, allowing both friction surfaces of the brake disc to be machined in a single setup. This not only improves flatness and parallelism, but also significantly enhances production efficiency and batch consistency, which is critical for automotive OEMs and Tier 1 suppliers.

In actual production lines, the machine demonstrates excellent adaptability to different disc sizes and process requirements. Combined with precision control systems and proven grinding processes, it provides reliable support for high-end brake disc manufacturing where quality, efficiency, and repeatability are essential.