The LYV-SD500 brake disc CNC turning lathe is transforming the way brake discs are manufactured, offering a significant leap in both efficiency and precision. With the ability to perform rough and fine machining in a single setup, the lathe's dual-tool design allows simultaneous finishing of both brake disc surfaces. This innovative feature boosts production efficiency by over 30% compared to traditional methods, making it an indispensable asset in high-volume brake disc production.

This CNC turning lathe features a vertical spindle and chuck design, combined with a thermal-symmetrical box-type ribbed structure in the bed and columns. The X/Z axes' wide-span design provides robust resistance to heavy cutting forces, ensuring high precision in automated mass production of brake discs and hub-type products. Additionally, the machine's user-friendly design allows easy access to the spindle and worktable, facilitating smooth operations like loading workpieces, adjusting fixtures, and changing tools, thereby minimizing downtime.

Crafted from high-grade resin sand castings and box-type structure, the lathe benefits from stress-relief treatments that ensure a durable and rigid machine body capable of maintaining high cutting precision. The spindle is driven by a servo motor, enabling it to handle both powerful cuts and precise finishing tasks. The X/Z axes incorporate high-performance linear guides, offering benefits such as high precision, rapid movement, and minimal wear.

The LYV-SD500 brake disc CNC turning lathe's centralized automatic lubrication system includes level and pressure alarms, ensuring reliable operation. The tool turret, driven by a high-torque servo motor, allows for rapid tool changes, with adjacent tool changes taking just 0.5 seconds and opposite tools just 2 seconds. Centralized machine control panels further enhance operational efficiency and user convenience.