Applications

Automotive Manufacturing: Machining disc-shaped parts such as wheel hubs, brake drums, and flywheel housings. Energy Equipment: Machining large ring-shaped parts (such as wind turbine flanges and nuclear power equipment components). Aerospace: Machining high-precision disc-shaped structural components (such as aircraft engine discs). Heavy Machinery: Machining heavy-duty parts such as large gearbox housings and differential housings.

Automotive Manufacturing: Machining disc-shaped parts such as wheel hubs, brake drums, and flywheel housings. Energy Equipment: Machining large ring-shaped parts (such as wind turbine flanges and nuclear power equipment components). Aerospace: Machining high-precision disc-shaped structural components (such as aircraft engine discs). Heavy Machinery: Machining heavy-duty parts such as large gearbox housings and differential housings.

The machine bed and column feature a high-rigidity design made of high-strength cast iron, combined with a ribbed structure, ensuring excellent vibration resistance. The tool holder utilizes a powered turret, offering high rigidity and fast, reliable tool changes. High-efficiency machining capabilities support combined turning, milling, drilling, and grinding operations (such as vertical internal grinding and integrated turning-grinding). Equipped with a 6-station vertical electric tool turret, it reduces tool change time and enhances production efficiency. Stability and precision are ensured by the spindle, which features fully enclosed lubrication with imported high-grade grease and a maintenance-free design. The X and Z axes utilize high-precision ball screws and specialized bearings to ensure long-term precision stability.

Munera comprehensiva post venditiones exhibemus, institutionem, committendam, institutionem operandi; Praestare hydraulica pressa usorum manualium ad faciliorem usum discendi in modum operandi et conservandi torcular hydraulica.