Precision machining customization advantage

Because the machine tool five cutting tools and two tail shaft in the process of machining can work at the same time, so this machine tool machining parts faster than CNC machine 4 ~ 6 times. Complex parts can be synchronous cylindrical, spherical, conical, circular surface, step, grooving, drilling, tapping, die, embossing, cutting and other processing, one time can complete all processing procedures, processing precision is very high, no manual operation, automatic feeding fully automatic, one person can see more than one machine. At the same time can also use milling device processing external thread, completely solve the die difficult processing problem, and can process double thread. The structure is precise, and the production is controlled by the CAM. The processing of a part is completed with each turn of the CAM. CAM speed of 1.0 ~ 36 RPM, can be adjusted according to different processing parts, Z fast per minute can process 36 parts. With the development of industry and the constant change of demand, tight machining has changed a lot, its classification is more and more, its direction as long as it is more and more fine, the direction is more and more specialized, with the development of science and technology, its technology is constantly improving, the quality and accuracy of processing is also becoming higher and higher.

Only by constantly improving their own equipment can mechanical processing plants gain a foothold in the same industry. As long as there have been machinery, there have been corresponding mechanical parts. But as a discipline, machine parts are separated from mechanical construction and mechanics. With the development of machinery industry, the emergence of new design theories and methods, new materials and new processes, machinery parts have entered a new stage of development. Finite element method, fracture mechanics, elastic fluid dynamic pressure lubrication, optimization design, reliability design, computer aided design (CAD), solid modeling (Pro, Ug, Solidworks, etc.), system analysis and design methodology and other theories have been gradually used in the research and design of mechanical parts. It is an important trend of the development of this discipline to better realize the integration of various disciplines, to realize the combination of macro and micro, to explore new principles and structures, to adopt more dynamic design and precise design, to make more effective use of computers, and to further develop design theories and methods.