Introduction
Large-scale sculpture surface parts five-axis linkage numerical control processing technology refers to the application of modern information technology to traditional five-axis linkage processing of CNC machine tools. This technology not only enhances the precision of parts processing, but also makes the surface quality of parts to be processed better, and thus significantly reduces the processing cycle and cost.
Background
As the traditional sculpture processing technology has very low accuracy and low surface quality, it is difficult to meet the demand of customers in product performance, appearance image and economic cost. Therefore, it is necessary to introduce modern CNC machine tool processing technology, which is mature and stable, to meet the needs.
Features
The five-axis linkage numerical control processing technology of large-scale sculpture surface parts has the characteristics of high precision, high surface quality, stable device structure and good running accuracy. The CNC machine tool is equipped with a dustproof cover and dustproof measures, which solves the technical problem of difficult chip removal. In addition, the machine tool adopts the linear interpolation control technology, which is equipped with a variety of interpolation curves, so that the three-dimensional curved surface of the large sculpture parts can be processed quickly.
CNC Machining Method
The CNC machining method of large-scale sculpture surface parts adopts five-axis linkage machining technology. First, the programming of large-scale sculpture surface machining parts is usually completed on the graphic drawing software of CNC machine tool system, and then the machining process is programmed. After that, the CNC machine tool is set up, the processing parameters are set up, and finally the machine tool is started for processing.
Advantage
The five-axis linkage numerical control processing technology can effectively improve the accuracy and surface quality of large-scale sculpture parts. It not only reduces the time for manual adjustment and saving time for program debugging, but also greatly improves the machining efficiency of sculpture surface parts and reduces the cycle of parts processing, thus obtaining huge economic benefits.
Conclusion
In summary, the five-axis linkage numerical control processing technology for large-scale sculpture surface parts can better cope with the needs of high-precision large-scale sculptures and parts. Compared with the traditional processing technology, it has low energy consumption, high machining accuracy and high practical value in economic benefit. With the promotion of this technology, more and more users have adopted it, which greatly promotes the development of the modern sculpture industry.
