The machine tool is suitable for machining various ferrous metals, non-ferrous metals, and some non-metallic materials. It is ideal for high-precision, high-efficiency turning of rotary parts in the bearing, wind power, shipbuilding, and other machining industries. The machine tool features high dynamic and static rigidity, and is stable and reliable, making it especially suitable for high-speed, high-precision turning.
The column and worktable base adopt a seated, thermally symmetric structure, giving the entire machine high rigidity, high precision, and high reliability.
The worktable axial direction uses high-precision thrust ball bearings as rolling guideways, and the radial direction uses high-precision double-row cylindrical roller bearings for centering, achieving high-speed, high-precision rotation of the worktable.
The X and Z axes use anti-friction guideway pairs, improving the machine tool's vibration resistance and positioning accuracy, and extending guideway service life.
The vertical tool post ram is made of high-quality forged steel with a rectangular cross-section, providing high turning rigidity.
The worktable drive gears and bearings are lubricated by oil supplied to all points from a high-power oil chiller, reducing temperature rise and minimizing thermal deformation of the machine tool.
Graded positioning racks are installed on the side of the column, allowing the crossbeam to be precisely positioned on the column and ensuring parallelism between the tool post and the worktable during horizontal movement.
The interior of the column adopts a sand-sealed structure, providing excellent vibration resistance.
Equipped with a multi-station turning tool magazine, it enables bidirectional tool changing to the nearest position with precise positioning, meeting diverse machining needs.
