Mechanical processing plants are inevitable products for metal processing, and it is difficult to avoid them all. The existence of faults not only affects the appearance of the product, but also affects its assembly, performance, and service life. With the development of high-tech, product performance is increasing, and the requirements for product quality are increasing. Burrs on mechanical components are even more important. The processing technology of precision mechanical components is convenient for our daily life, but what is your impact on industrial production? When there is no precision machine, the traditional processing methods used by machine factories not only affect the production speed of some parts, but also significantly reduce the manufacturing quality of components.

The removal of mechanical processing plants through microbial particles on the small surface of workpieces is known as burrs. They are formed during cutting, grinding, milling, and other similar chip processing.

Metal materials are high, hard, high, and directional. The complexity and overall components in mechanical products are increasing, and the difficulty of burrs can also increase. Traditional handheld burrs homework is difficult to meet the development requirements mentioned above. Various mechanization, automation of new technologies, and new processes.

In order to improve the quality of the workpiece and extend its service life, the machining factory removes burrs on all metal precision. The surface, acute, and edges of the workpiece must achieve extremely high metal cleanliness, and if necessary, it must be applied to non coated and plated metals.

The traditional burring process is mechanical, such as grinding, polishing, and other processes with varying degrees of automation. The quality of the workpiece is usually not guaranteed; High production and personnel costs.