The world's advanced manufacturing technology is constantly emerging, the application of ultra-high-speed cutting, ultra-precision machining and other technologies, the rapid development of flexible manufacturing systems and the continuous maturity of computer integrated systems, put forward higher requirements for CNC machining technology. The following ALLES CNC takes you through the steps of how 5 Axis Machine Center will follow the development of future CNC machine tools.
The 5 axis machine center has attracted worldwide attention with its excellent flexible automation performance, excellent and stable precision, and its agile and diversified functions. It has pioneered the development of mechanical products to mechatronics, so the five-axis machining center has become advanced. A core technology in manufacturing technology. On the other hand, through continuous research, the deepening application of information technology has promoted the further improvement of the five-axis machining center. At present, the world's advanced manufacturing technology is constantly emerging, the application of ultra-high-speed cutting, ultra-precision machining and other technologies, the rapid development of flexible manufacturing systems and the continuous maturity of computer integrated systems, put forward higher requirements for CNC machining technology. Today's five-axis machining centers are moving in the following directions.
1. Maximize reliability
The reliability of the five-axis machining center has always been the main indicator of the user's concern. The CNC system will use a more integrated circuit chip, using large-scale or ultra-large-scale dedicated and hybrid integrated circuits to reduce the number of components to improve reliability.
2. CNC programming automation
At present, CAD/CAM graphic interactive automatic programming has been used more and is a new trend in the development of five-axis machining centers.
The modern five-axis machining center will introduce adaptive control technology to automatically adjust the working parameters according to the changes of cutting conditions, so that the best working condition can be maintained during the machining process, resulting in higher machining accuracy and smaller surface roughness. It also improves tool life and equipment productivity.
All kinds of machining centers equipped with automatic tool changers (tools with a capacity of more than 100) can simultaneously perform milling, boring, drilling, turning, reaming, reaming, tapping, etc. on the same machine. In the process of processing, the modern five-axis machining center also adopts multi-spindle and polyhedral cutting, which means that different parts of a part can be cut in different ways at the same time.
5. High speed and high precision
Speed and accuracy are two important indicators of a five-axis machining center, which is directly related to machining efficiency and product quality. At present, the numerical control system uses a processor with a higher number of bits and a higher frequency to improve the basic operation speed of the system.
5 Axis Machine Center is the “leader” in the development of CNC machine tools because it dares to challenge the future.
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