The burrs that occur in the machining process of precision parts will affect the machining accuracy, assembly accuracy, reprocessing positioning, operation safety and appearance quality of the parts. Now the industrial market has higher and higher requirements for precision parts deburring technology, thus promoting the development of deburring technology, which has been developed from simple manual operation to mechanization, automation and intelligence.
In the process of precision parts production and processing, burrs are inevitable. Therefore, for different types of burrs, advanced deburring technology is needed. Shengxingli is a professional manufacturer of automatic deburring machine integrating R&D, manufacturing, sales, technical support and after-sales service. With many years of professional skills in the field of industrial technology, the company continues to increase research and development investment and in-depth grinding and deburring market, so that the factory launched a number of automatic metal surface treatment equipment has been favored by many customers. The company's products have been widely used in many industrial fields, from automotive precision parts to rail transit equipment, from precision sheet metal to construction machinery, from medical equipment to aerospace technology, from electrical manufacturing to power accessories, from high-end kitchen appliances to laser fields, etc., Shengxingli has served various industries, welcome friends from all walks of life to consult and negotiate cooperation.
In order to further improve the deburring technology of precision parts, the following suggestions are put forward:
1) Strengthen technical transformation research, promote burrless processing technology and deburring new technology, improve existing testing equipment, put into actual production, and strengthen the promotion and application of technology.
2) On the basis of summarizing production practice experience and experimental research data, explore new deburring technology and new technology, and study multi-method composite processing technology.
3) Use digital technology to set up automatic and intelligent deburring equipment to improve the overall level of mechanical manufacturing.
