The manufacturing of brake discs is a critical aspect of automotive production, directly impacting vehicle safety and performance. The LYV-500 brake disc CNC turning lathe is specifically designed for the efficient and precise machining of brake discs and brake hubs. This advanced machine integrates cutting-edge technology with years of experience in CNC machinery production, making it an excellent choice for manufacturers looking to enhance their production capabilities.

The brake disc CNC turning lathe features a robust structure, with the bed and column made from high-density cast iron. This material choice not only provides high strength but also excellent shock absorption, ensuring stability during operation. The machine's design incorporates a thermally symmetrical box-type rib structure, which significantly enhances its rigidity. The X and Z axes utilize a large span design, equipped with high-precision, high-rigidity linear guideways and ball screws imported from reputable sources. This combination greatly improves the machining accuracy and stability of the equipment, making it suitable for both rough and fine machining of various disc and hub components.

One of the standout features of the brake disc CNC turning lathe is its ability to handle high-speed and heavy-load cutting while maintaining precision. The X-axis employs a positioning dynamic column structure with three linear guides, providing a large bearing cross-section that contributes to the machine's overall rigidity and stability. This design ensures that the lathe can perform high-precision machining even under demanding conditions.

The machine is equipped with a centralized automatic lubrication system, which includes liquid level and pressure alarm functions. This system ensures that all moving parts are adequately lubricated, extending the lifespan of the machine and maintaining its performance. Additionally, the programmable tool holder, driven by a servo motor, allows for quick adjustments to machining conditions, reducing tool change time and enhancing production efficiency.

The CNC system utilized in the brake disc CNC turning lathe is the KND system, known for its reliability and precision. The spindle is driven by a high-power servo motor, while all feed axes are powered by AC servo motors, ensuring high performance and accuracy. Furthermore, the machine features a unique protective design for its feed motion components, employing positive pressure sealing to prevent dust, moisture, and harmful gases from entering critical areas. This innovative protection technology is a proprietary development that significantly enhances the machine's durability and precision.

With its low labor intensity and high production efficiency, the brake disc CNC turning lathe is ideal for long-term, high-load precision cutting of disc and gear components in various industries, including automotive, machinery manufacturing, and electrical engineering. It is versatile enough to handle both small-batch, multi-variety production and large-scale automated production lines.

In summary, the brake disc CNC turning lathe stands out as a reliable and efficient solution for brake disc manufacturing. Its advanced features and robust design make it an essential tool for manufacturers aiming to improve their production processes and ensure high-quality output.