Formed parts are parts that ensure the quality of formed parts and reduce structural components caused by waste. Formed parts are generally on the basic surface meeting the performance requirements of the final product (such as size, shape, property, principle, etc.), and many technologies and knowledge are used, such as optical principle and structural analysis technology, mechanical principle and structural analysis technology, Computer-aided manufacturing system design, engineering materials, intelligent system materials, etc.
Determine mold specifications: For single piece and small batch production, the mold cost is usually around 200 (which is relatively small compared to single piece mold costs) due to the ease of batch production and easy quality control of mold manufacturing. If the design dimensions for mold manufacturing are ordinary, the manufacturing process is complex and the cost of mold manufacturing is relatively high. Due to the low design standards, the required mold cost is often not met. Therefore, for molds with high dimensional requirements and high geometric tolerances, it is sometimes possible to use ordinary machine tools for processing. However, for individual forming processes, it is necessary to consider using a bias module structure design.
With the rapid development of information technology and the development of computers, CNC milling machines have gradually formed models in recent years due to their advantages of high processing accuracy, stable processing quality, and high productivity. The speed, price, and performance of CNC milling machines have also been continuously improved. The models of CNC milling machines have gradually been used in a straight and periodic sector shape, and have been widely used.
In addition to the cost of CNC machining, there are also processing technology requirements for the complexity, precision, and smoothness of the part surface. Therefore, when selecting cutting tools, it is necessary to fully utilize cutting parameters to achieve the quality of part machining and the effect of surface smoothness.
The model of CNC milling machine is provided by the system. When selecting cutting tools, it is best to utilize the three practical features of existing CNC milling machines to achieve better utilization. This can not only help enterprises reduce tool costs, but also enable enterprises to achieve twice the result with half the effort.
The shape of the tool determines whether it can be reassembled or replaced, as well as how the movement of the tool and the balance between the tool and the tool library are determined. If the error is too large, or a simple factor, it will affect the machining accuracy.
Unable to select the system correctly. The correct use and careful adjustment of cutting tools, as well as the reasonable selection of cutting parameters, are the most important factors in improving machining quality and extending tool service life. So, a reasonable selection of cutting tools and the correct angle of use can not only improve the functionality and use of processing equipment, but also extend the service life of the cutting tools.
When entering the tool library, it is necessary to switch the position of the cargo tool, select the spindle to stop, and pay attention to the information of the tool path. At present, there is a very lack of maintenance work for the cargo knife server, let alone the management of all processing standard systems in SAT.
Once again, in various states of tool library parameter storage capacity, tool library parameters should be written based on the latest technical information such as cutting parameters and system program usage. After the tool setting is completed, the tool should be stored properly. The current tool data will be lost, and the manufacturer needs to provide tool query parameters to use the tool.
Since the release of the overall CNC tool path management function and CNC communication processing principles.