The brake disc vertical lathe adopts a double-spindle, double-turret structure, which enables dual-tool simultaneous processing, dual-channel system control, and completely independent two sets of tool towers, achieving two-tool simultaneous processing of different trajectories. Equipped with a low-speed, high-torque drilling and milling center machine tool and a robot for automatic loading and unloading, the brake disc vertical lathe can improve processing efficiency by up to 50%. The fully automated production line can reduce about half of the labor and factory floor space, improve product consistency, reduce non-working time such as clamping times, and save 30% of electricity with variable frequency motors or AC digital servo motors, resulting in a cost savings of over 50% in long-term planning.

brake disc vertical lathe

        The brake disc vertical lathe adopts a spiral adjustment pad to facilitate the leveling adjustment of the machine tool, and a leg-type bed base to facilitate the transportation of the machine tool.

        The main spindle of the brake disc vertical lathe adopts imported bearings and high-grade lubricating grease, which has high precision and long service life. The Z-axis adopts a ball linear guide rail and ball screw, and adopts balance weight and servo motor direct drive to achieve high repeatability precision and fast cutting capacity.

        The main spindle of the brake disc vertical lathe has good rigidity and high rotary precision, and uses lubricating grease. The entire shaft system has the characteristics of long service life, low temperature rise, good precision retention, and easy maintenance.

        The brake disc vertical lathe is equipped with an imported high-rigidity eight-station hydraulic turret, which has the advantages of high reliability, fast tool change speed, and accurate positioning.

        The slide rail, energy supply system, tool turret housing, and loading and unloading station of the brake disc vertical lathe are completely separated from the processing area, ensuring an extremely ideal chip removal effect.

        The brake disc vertical lathe has obvious advantages such as good overall rigidity, high machining accuracy, large metal removal rate per unit time, good precision retention, high reliability, and easy maintenance, and is suitable for processing various parts such as discs, hubs, flanges, and engine end covers with high batch, high machining accuracy, and high dimensional consistency requirements.