First, the rapid development of high speed machining technology.

    New kinematics theory and advanced driving technology are applied to optimize the structure of machine tools. High-performance functional components are used to lighten the moving parts and reduce the inertia of motion. With the support of tool material and structure, the single single axis high-speed machining has been developed to the overall high-speed machining of machine tools, such as the fast moving speed from more than ten meters per minute to tens of meters and more than 100 meters. The application of high-speed machining technology can shorten the cutting time and auxiliary time, so as to achieve high quality and high efficiency of processing and manufacturing.

Two, breakthrough in precision machining technology.

    Through the optimization of cutting machine structure, the refinement of manufacturing and assembly, the precision of numerical control system and servo control, the adoption of high-precision functional components and the application of temperature and vibration error compensation technology, the geometric accuracy and motion accuracy of cutting machine are improved, and the shape and position error and surface roughness are reduced. At present, the cutting accuracy of precision CNC cutting machine can reach (+0.05 mm), and enter the era of sub-millimeter finishing.

The three is the ability to cut complex graphics.

    Graphics with complex shapes play an important role in the manufacture of products in the fields of aircraft, automobile, building, decoration, handicraft and national defense industry. Its cutting accuracy directly affects the beauty and performance of the whole machine. The arbitrary controllability of the motion of NC glass cutting machine makes it possible to complete complex cutting which is difficult or impossible for ordinary cutting methods.