The HP800 five-axis vertical machining center, with its innovative gantry design, demonstrates its uniqueness in terms of structural rigidity and dynamic performance. This model features an integral welded gantry frame, achieving a perfect balance of lightweight and high rigidity through finite element topology optimization technology. The integrated design of the circular tool magazine and the machine bed not only reduces the number of assembly components but also controls the floor space within a smaller range through space reconfiguration technology, making it particularly suitable for precision processing workshops with limited space. In the motion system, the X/Y/Z three linear axes all adopt high-precision linear guides combined with pre-stretched ball screws. Among them, the Y-axis adopts an innovative four-guide rail layout in conjunction with a center-symmetric drive system. The CNC cradle turntable uses dual servo motors for backlash elimination drive technology, and is equipped with a double-arm support structure made of high-strength carbon fiber reinforced composite materials. Even when bearing heavy loads from workpieces, it can still maintain excellent repeatability positioning accuracy. According to different processing requirements, the HP800 offers two main shaft configuration options: The direct connection mechanical main shaft adopts an intelligent hydraulic balancing system, which can automatically adjust the balancing force according to the extension of the slide rail; the high-speed electric main shaft version is equipped with a liquid cooling system, driven directly by a large torque motor, and can still maintain good contour accuracy when processing complex curved surfaces such as aerospace blades. All motion axes are equipped with temperature compensation systems and vibration suppression algorithms to ensure stable processing quality during long-term continuous processing.