Precision CNC machining has become a pillar of the manufacturing industry. More and more CNC machining manufacturers are adopting this form of machining in their operations. Although many CNC machining masters are accustomed to this form of CNC machining, not all of them know the logic behind it.
From metal materials to plastics, CNC precision machining products can be used in many kinds of materials. Each material has its own different characteristics, suitable for different kinds of CNC parts machining products.
In metal CNC machining, surface roughness defects seriously affect the quality of metal CNC machining, and the mechanism of surface roughness defects and the methods of eliminating roughness defects in various aspects are worthy of our in-depth study and continuous improvement.
What does the acceptance of precision CNC machining parts include? Specifically, including acceptance requirements and acceptance procedures, etc., today we will introduce the content of the two parts of acceptance requirements and acceptance procedures, as follows.
CNC machining is a kind of lathe developed on the basis of ordinary lathes. Compared with ordinary lathes, it is widely used in mechanical parts due to its strong adaptability, high CNC machining accuracy, high CNC machining efficiency and reduced labor intensity. in production.
CNC turning accuracy refers to the degree of conformity between the actual geometric parameters of the workpiece surface after machining and the expected geometric parameters, and the higher the degree of conformity, the higher the CNC machining accuracy.
In order to avoid the above-mentioned collision, the operator should give full play to the functions of the five senses when operating the machine tool. Observe the machine for abnormal movement, sparks, noise, rattling, vibration, and burnt smell. If any abnormal situation is found, the program should be stopped immediately, and the machine tool can continue to work after the machine tool problem is solved.
When we use CNC machining, we often find that the outer circle of CNC machining parts has a taper phenomenon, which makes the diameters at both ends of the workpiece size inconsistent, which exceeds the tolerance range. So, what is the reason for the taper of the outer circle of CNC machined parts? How can we solve the problem of the taper of the outer circle of CNC machined parts?