Product Features

• The fuselage structure incorporates an L-shaped wall design, employing a thermal symmetry structural approach. Through thorough finite element analysis optimization, it achieves a robust foundation with exceptional rigidity, precision, and stability.
• The Z-axis motion is achieved through the vertical movement of the spindle, while the Y-axis feed motion is accomplished by the front and rear worktables. The X-axis feed motion is carried out by the left and right large sliding plate structure. By combining these two rotations, the machine enables five-axis linkage processing.
• The unique bed structure design guarantees an ample chip removal angle and facilitates efficient rear chip removal across the entire workpiece.
• With its exceptional torque and precision, this machine is specifically tailored for the specialized processing requirements of titanium alloys.
• versatile vertical and horizontal conversion five-axis linkage is extensively utilized in the aviation industry for processing various components such as casings, blisks, engine cases, and turbofans.