Brake Disc Grinding Machine improves product quality, increases production efficiency, reduces production costs, lowers labor intensity and enhances automation level, which can realize one-time grinding forming of the upper and lower two parallel end faces of the brake disc. The launch of this equipment is just to cater to this market demand, and it will undoubtedly become the mainstream mode of turning processing for disk shell parts in the future.

The machine tool base adopts a resin sand integral casting symmetrical reinforced rib reinforcement structure, which improves the stability of the machine tool. It adopts an integrated modular design of machinery, electricity, and hydraulics, with reasonable layout, compact structure, full closed protection, beautiful appearance, and user-friendly operation. A large-power spindle servo motor is used to drive, ensuring the output torque required by the main shaft, and realizing high-speed cutting and grinding.

The X-axis, Y-axis, and Z-axis adopt a portal column large-span design, using large-sized heavy-load, high-precision, and high-rigidity linear guides, increasing the specifications of long nuts and high-precision ball screws to reduce transmission deformation, improve transmission accuracy, and support rigidity, achieving strong and fast cutting and grinding. The position and height of the operating keyboard box meet ergonomics; the full-key panel design is adopted, and the buttons are arranged according to the frequency of operation and functional area, making the operation convenient, quick, and safe.

An automatic unloading pressure lubrication system centrally supplies oil, using an advanced unloading intermittent oil supply system, providing each lubrication point with timely, appropriate, pressurized, and individual oils at timed intervals, ensuring that each lubrication position is timely obtained with lubricating oil, so that Brake Disc Grinding Machine has no worries about long-term operation.

The long vertical structure of the Brake Disc Grinding Machine makes chip removal smooth, workpiece clamping convenient, and can increase production efficiency by 50%, balancing the production efficiency of the production line. It has been widely applied in machining enterprises such as automobile brake discs, engine cylinder heads, flywheels, and brake drums.