The CMFK-L450 Brake Disc CNC Grinder is a high-efficiency machine tool designed for the integrated machining of brake discs. It achieves precision machining by directly grinding the upper and lower parallel surfaces of the brake disc after turning, avoiding errors caused by secondary clamping. With high machining accuracy and surface finish, this machine is suitable for mass production of high-precision, double-sided brake disc products.

This automated combination product features a vertical spindle, integrating automatic loading, clamping, machining, transfer, and unloading processes. The Brake Disc CNC Grinder is manufactured using advanced resin sand casting and box-type structure design, with an aging treatment to eliminate internal stress. The tough material and high-rigidity body structure ensure sufficient rigidity, strength, and high cutting resistance and precision.

The Brake Disc CNC Grinder utilizes a high-rigidity, short and thick spindle driven by a servo motor, achieving low noise and low vibration during high-speed operation. The X-axis moving column adopts ball linear guides and ball screws, providing high repeatability and meeting rapid cutting requirements under direct servo motor drive. This enhances the overall machining precision and maintains excellent cutting rigidity. The machine is equipped with a centralized automatic lubrication system, featuring level and pressure alarm functions, and a high-rigidity hydraulic tool holder for increased reliability and repeat positioning accuracy.

In response to strong environmental protection and operator safety requirements, Hengga Intelligent Equipment focuses on aesthetic, eco-friendly, and ergonomic sheet metal design for the CMFK-L450 Brake Disc CNC Grinder. The fully enclosed sheet metal design prevents chips and debris from splashing outside, keeping the surrounding area clean. The centralized machine control panel ensures convenient and quick operation. The Brake Disc CNC Grinder offers time-saving overlapping processing, full automation, space-saving integration, and reliable stability without the need for robotic arms. It is suitable for machining various disc and shell components, such as automotive brake discs, engine covers, flywheels, gear blanks, bearing rings, flanges, and more.