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(A) How to choose a tool When selecting the angle of the tool, it is necessary to consider the influence of a variety of factors, such as the workpiece material, tool material, processing nature (roughing and finishing), etc., and must be selected reasonably according to the specific circumstances. Usually speaking, the angle of the tool […]

I. How to divide the machining process? The division of CNC machining processes can generally be carried out according to the following methods. 1, the tool is concentrated in the sequence method is divided into processes according to the tool used, with the same tool to finish processing all the parts on the part can

Non-standard precision machining 1, to ensure stable and reliable cutting performance of toolsTool cutting performance and life to be stable and reliable, with CNC machine tools for processing, the tool to implement a regular mandatory tool change or by the control system to manage the tool life, the same batch of CNC cutting tool cutting

How to prevent mold damage in precision machining?With the continuous development of industry, we can know the rapid development of various industries, then in the use of the time, there may cause certain damage, possibly because we are in the use of the time caused, but also may be caused by the time of processing,

The elaboration of precision machinery finishing process protocols can be broadly divided into two processes. The first is to develop the process path of parts processing, and then determine the process scale of each process, the equipment and process equipment used, as well as cutting standards, work time quotas. These two processes are interlinked and

1 Characteristics of thread milling Thread milling is a milling method that uses a thread milling tool, a three-axis linkage of the machining center, i.e., X and Y-axis circular interpolation, and Z-axis linear feed, to process threads. Thread milling is mainly used to process threads of large holes and threaded holes of difficult to machine

There are often several surfaces to be machined on a CNC machined workpiece, and these surfaces not only have certain accuracy requirements of their own, but also certain positional requirements between the surfaces. In order to achieve these accuracy requirements, CNC machining of the surface of the order can not be arbitrarily arranged, but must

As machining centres are far more expensive than ordinary machine tools, they are subject to more constraints, and the choice of machine tool is more important than ever. Correct selection is the key to using a machining centre well and making it effective. When buying a machining centre, it is particularly important to carefully examine

As we all know, cnc machining factory system is to provide power to the machine tool system, no servo system machining centre can not be processed on the workpiece, so the servo system in the machining centre is very important 　　cnc machining plant failure mode includes the alarm indicator and fuse blown on the speed

What are some types of CNC precision parts machining? How to distinguish? 　　1, high-speed, fine CNC lathe, turning centre class and more than four-axis linkage of composite processing machine tools. The first to meet the needs of aerospace, aviation, instruments, instruments, electronic information and biological engineering industries. 　　2, high-speed, high-precision CNC milling and boring machine

For precision parts CNC machining industry sequence is very important, it is the quality assurance of precision parts. If a process is wrong, it will cause greater damage and in serious cases may need to be reworked. So what is the sequence (process)? The sequential arrangement of CNC machining of precision parts should be considered

Precision parts processing requires the use of many types of machine tools and equipment, the more common is some three-axis-centred equipment, although such equipment can be processed for general spare parts, but complex parts can not be processed, and five-axis CNC machining can be high-speed processing of complex parts. 1. Five-axis CNC machining cutting effect