Strong ability to process complex surfaces: Five-axis gantry machining center can be X, Y, Z three straight axis and A, B, C three axis of rotation linkage, so that the tool can be in a variety of angles and attitudes close to the workpiece, easily machined a variety of complex surface shapes, such as the aerospace field of impeller, blade, and automotive mold in the complex cavity, which is difficult to complete the traditional three-axis machining center.

Reduce the number of clamping: after one clamping workpiece, it can complete multiple surface processing tasks. Through the movement of the rotating shaft, the tool can reach different parts of the workpiece for processing, avoiding the accumulation of errors brought by multiple installation, improving the processing accuracy and efficiency, and reducing the increase in auxiliary time caused by the number of installation clips.

Improve the machining accuracy: on the one hand, the five-axis linkage can make the tool always maintain the best cutting Angle and position with the workpiece surface during the machining process, reducing the change of cutting force and non-uniformity, thus reducing the processing error; On the other hand, the advanced numerical control system and high-precision measurement feedback device can monitor and adjust the motion accuracy of the machine tool in real time, and further ensure the machining accuracy.

Shorter machining cycles: It allows for more efficient tool path planning and cutting strategies, reducing empty travel time and unnecessary cuts. At the same time, because the processing of multiple processes can be completed in one clamping, the flow time of the workpiece between different machine tools is greatly reduced, so as to effectively shorten the entire processing cycle.