What is the mechanical processing plant and its design and process benchmark is the same?
1. What is machining?
Mechanical processing, in a mechanical processing plant, refers to the process of changing the shape, size or performance of the workpiece through a mechanical equipment, and this process is called mechanical processing. Moreover, if the mechanical processing is divided according to the processing method, it can be divided into cutting processing and pressure processing.
2. What are the design principles of the process procedure design in the machining?
In machining, if the process procedures design, there are some design principles, they are mainly: first, the designed process procedures can make the parts or workparts have good processing quality and meet the technical requirements specified in the design drawings; second, the process should have high production efficiency and the finished product can be used as soon as possible; third, the manufacturing cost; fourth, the manual operation intensity should be able to be reduced, and the processing can be carried out safely.
3. Are the design benchmarks and process datums in the machining the same?
This question, the mechanical processing plant thinks that the answer is no, that is, for the machining design benchmark and process benchmark are not the same. Design reference refers to the reference used on the part drawing to determine the position of other points, lines and surfaces. The process datum refers to the datum used in the process of processing and assembly of the parts, and it can be divided into three parts: assembly datum, measurement datum and positioning datum.
4. Is the cost calculation of machining important?
From a professional point of view, the answer to this question is that, and the mechanical processing plant is also considered so. In addition, in addition to paying attention to the cost calculation of mechanical processing, but also know how to carry out the correct calculation, so as to get the accurate results and correct values, so as to avoid the wrong results and get the wrong value.
