In today's brake disc manufacturing sector, the LYV-SD500 brake disc CNC turning lathe stands out as a vital asset for enhancing both the efficiency and precision of brake disc production. This advanced machine is engineered to meet the rigorous demands of high-precision and automated mass production environments, offering a substantial improvement over traditional machining methods.

The defining feature of the brake disc CNC turning lathe is its ability to perform both rough and finish machining in a single clamping operation, while simultaneously processing both sides of the brake disc. The vertical spindle design, coupled with dual tooling options, facilitates a 30% increase in production efficiency. This not only accelerates the machining process but also ensures consistent quality across all workpieces.

Built with a robust structure, the lathe features a thermally symmetric box-type ribbed construction for both the bed and columns, enhancing rigidity and vibration resistance. The high-grade cast iron bed and precision-ground ball screw assemblies on the X and Z axes reduce backlash and increase rigidity, driven by a high-torque AC servo motor. This configuration supports strong cutting forces and maintains long-term stability and precision.

The lathe's base is strengthened with a resin sand-integrated casting and symmetrically reinforced ribs, further boosting stability. The spindle, powered by a servo motor, is adept at handling both powerful rough cuts and precise finish work, making it versatile for various machining operations.

The feed axes are equipped with imported 60-degree angular contact ball screw bearings, significantly enhancing feed accuracy. An automated pressure-relief lubrication system delivers precise, intermittent oil supply to each lubrication point, ensuring the lathe operates smoothly over extended periods without maintenance concerns.

Ergonomically designed, the control panel is user-friendly, featuring a full-key layout organized by operational frequency and function for intuitive and safe operation. Additionally, the machine is designed with a compact footprint, enabling one operator to manage multiple machines, optimizing factory space and reducing management complexity and costs.

The large dual-chip conveyor design efficiently removes chips from the machining area, improving reliability and operational efficiency. This makes the brake disc CNC turning lathe suitable for high-precision, high-load machining of disc and gear parts in industries such as mechanical manufacturing, automotive, and electric motors. It accommodates both medium-size batch production and can be integrated into automated production lines for mass production.

In summary, the brake disc CNC turning lathe offers a compelling combination of speed, accuracy, and reliability, making it an essential tool for any facility aiming to enhance its brake disc manufacturing capabilities. With its advanced features and robust construction, it supports the production of high-quality components, driving innovation and efficiency in the industry.