The key to operating an automatic polishing machine is to remove the damaged layer generated during polishing as soon as possible, while trying every means possible to achieve a higher polishing rate. So, in practical operation, how can we improve the polishing rate of an automatic polishing machine?
The polishing of automatic polishing machine parts can be divided into two stages. The former requires the use of fine materials to make the damaged layer shallower, but the polishing rate is low. At the outlet of the inner pipe, the air volume is adjusted through a valve to discharge dust into the dust filtering device. When the hand collides, the feeding roller returns to the non working position, the main engine stops working, and a safety barrier is set in front of the working roller protective cover. Normal operation can only be restored after restarting. The velocity change of a vibrating body per unit time is called acceleration, represented by a The dust collection system of the automatic polishing machine consists of a protective cover layer for the work roll and a suction duct inside the machine body. The induced draft fan discharges the dust through the duct. The latter requires the use of coarse abrasives to ensure a high polishing rate to remove damaged layers, but the damaged layers are also very deep.
The rough polishing of an automatic polishing machine involves using a hard grinding wheel to polish the polished or unpolished surface, which has a certain polishing effect on the substrate and can remove rough grinding marks; Polishing in a polishing machine involves further processing rough polished surfaces with a hard polishing wheel, which can remove scratches left by rough polishing and produce a moderately shiny surface; The precision polishing of the polishing machine is the post polishing process, which uses a soft wheel to polish to obtain a mirror like bright surface with little grinding effect on the substrate.
If the speed is high, it can also prevent the damaged layer from causing false structures, which will affect the observed material structure. If finer abrasives are used, the damage layer generated during polishing can be greatly reduced, but the polishing speed will also decrease.
In order to further improve the reliability of the entire system, researchers of automatic polishing machines have also adopted a multi CPU processor structure in the entire automatic polishing machine system; At the same time, the system has two programming modes: teaching box teaching and offline programming, as well as two control modes: point-to-point or continuous trajectory. Real time display of coordinate values, joint values, and measurement values; Calculate attitude values and error values.
After years of development, automatic polishing machines have become increasingly oriented towards the era of full automation. The automatic polishing machine not only improves the efficiency of product processing, but also has great advantages and is very popular in the market. Therefore, in order to improve the polishing rate without damaging the surface of the parts, it is necessary to continuously develop innovative polishing machine equipment, repeatedly grind new technologies, and effectively improve the polishing rate.