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What are the characteristics of precision machined parts

The higher the precision of precision parts in practical applications, the more refined they are, the more they can reflect the processing level and quality. At the same time, these products are also more popular with consumers. Generally speaking, NC machining has incomparable advantages and features in processing, and its product quality is usually higher. What are the characteristics of Guowei precision parts processing? 1. First of all, the production efficiency of CNC precision parts processing is higher. CNC parts processing can process multiple surfaces at the same time. Compared with ordinary lathe processing, it can save many processes and time, and the quality of parts processed by CNC is much more stable than that of ordinary lathe. 2. NC precision parts processing plays an irreplaceable role in the development of new products. Generally speaking, parts with different complexity can be processed through programming, while the modification and update design only need to change the program of the lathe, which can greatly shorten the product development cycle. 3. Guowei precision parts processing is highly automated, which greatly reduces the physical labor intensity of workers. Workers do not need to operate the whole process like ordinary lathes in the processing process, mainly to observe and supervise lathes. However, the corresponding numerical control processing technology is higher than the ordinary lathe, so it requires higher mental labor than the ordinary lathe. 4. The initial investment is larger than that of ordinary lathe, because the price of CNC lathe is very high, and its maintenance cost and the first preparation period for processing are long.

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Introduction to process flow of hardware parts processing

Summary of the technological process and precautions of CNC machining of hardware parts. It is well known that CNC machining is applicable to the production of hand models and small batch production, and various types of parts are processed in large batches. The precision of CNC machining parts is the highest in the mechanical manufacturing industry, and it can serve the precision parts processing with high precision requirements in various industries. So, what is the CNC process flow of hardware parts? Here, Guowei Precision, based on its years of technical experience in the industry, summarized the working process of CNC machining. For the process sequence of CNC machining, first of all, before CNC machining, you must clearly see the process flow content contained in the machining drawing, and clearly know the part, shape, dimensions of the drawing to be processed and the processing content of the next process. Write the drawing to be processed into the program, and then connect the computer to the CNC machine tool. Command the CNC machine tool to operate and process through the program, and process the rapid prototyping parts. After rough machining, self-inspection shall be carried out in time to adjust the data with errors in time. The parts shall be processed after rough machining confirmation. After finishing, the workers shall carry out self-inspection on the shape and size of the processing part. After the self-inspection of the workpiece is completed, the workpiece can be removed and sent to the inspector for special inspection after confirming that it conforms to the drawing and process requirements. When small batch processing is required, batch processing can only be carried out after * * hand board models are confirmed to be qualified. There are many points to be noted in the whole processing process, otherwise it is easy to cause parts scrapping. Fengrui model summarizes several most noteworthy items: 1. Whether the processing process of parts is correct and the starting point of counting; 2. Whether the mechanical parts are loose during processing; 3. The position and dimension between the machined surfaces. The basic length and width of the vertical plane shall be measured, and the base point size marked on the measurement drawing of the inclined plane shall be measured. After checking the position and size, measure the rough machined shape ruler (except for circular arc); 4. The azimuth dimension of the machined surface. Whether the dimension from the part processing surface to the reference edge (reference point) meets the drawing requirements; 5. Before clamping the workpiece, measure whether the blank size meets the drawing requirements. When clamping the workpiece, carefully check whether its placement is consistent with the programming instructions

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