The video presented by Hengga Intelligent captures a real-time machining process using its CNC Vertical Lathe for Brake Disc, showing both rough turning and finish turning of automotive brake discs. While the footage focuses on the cutting operation itself, rather than the internal machine structure, viewers can clearly see the smooth and accurate performance that defines the company's technology.

Designed exclusively for brake disc and brake hub applications, the CNC Vertical Lathe for Brake Disc adopts a thermally symmetric box-type structure for its bed and column. This optimized cast-iron base with reinforced ribs ensures long-term rigidity and vibration control during heavy cutting. The integrated high-tensile iron casting paired with a balanced heat-flow design provides consistently reliable performance, even through extended production cycles. The machine's dynamic stability allows users to maintain precision at high or low speeds, both under light and heavy cutting loads.

Driven by imported high-precision linear guides and large-diameter ball screws, the CNC Vertical Lathe for Brake Disc achieves exceptional machining accuracy and long-term stability. The X and Z axes utilize wide-span designs, enabling smooth tool movement and excellent rigidity under heavy cutting conditions. Combined with absolute-value servo motors, the feed system maintains perfect repeatability, delivering accurate and efficient results for every workpiece.

To meet the demands of large-scale automotive component manufacturing, this machine integrates a servo-driven programmable turret system. With rapid tool change capability, it minimizes adjustment time and enhances overall productivity. The automatic centralized lubrication system—with liquid level and pressure alarm functions—ensures steady operation and reduces maintenance downtime. Each assembly is precisely calibrated using imported torque tools and instrument-level measuring equipment to guarantee stable performance and optimal alignment.

The CNC Vertical Lathe for Brake Disc is engineered for high-volume brake disc production but also adapts to similar parts such as engine covers, flywheels, gear blanks, and flanges. Its ability to perform both rough and finish turning on two sides in one setup streamlines workflow and minimizes human intervention. This not only improves production efficiency but also supports cleaner operations and lower labor intensity, aligning with modern demands for automation and environmental responsibility.

From an ergonomic and environmental standpoint, Hengga Intelligent has emphasized safety and appearance. The machine's fully enclosed sheet-metal design prevents chip dispersion, maintaining a clean working environment and protecting the operator. Meanwhile, its compact footprint and balanced structure make it suitable for integration into automated production lines, enabling smart manufacturing capability for automobile component suppliers.

In the video, the CNC Vertical Lathe for Brake Disc performs continuous cutting on a brake disc blank—illustrating the machine's cutting stability, spindle responsiveness, and surface finish quality. Even under heavy load, the tool maintains consistent contact and vibration-free motion, reflecting the performance expected from high-end CNC vertical lathe equipment. The footage demonstrates not only machining speed but also accuracy, revealing why this model has become one of the leading solutions in large-scale disc-type part production.

By combining superior structural engineering, advanced servo control, and practical automation, Hengga Intelligent's CNC Vertical Lathe for Brake Disc sets a new benchmark for precision, reliability, and cost efficiency in automotive brake disc machining. As the industry continues to seek higher output with better consistency, this equipment presents a balanced solution—reducing costs, improving quality, and ensuring sustainable operation for long-term manufacturing success.