"What system flexibility is the highest?" It's "people", and all flexibility is imitating "people". "If automation can achieve the same compatibility as people, then this flexible automation production line means very high."
Flexible production line
How to meet the flexibility of each link? The first is "perception", which is the basis for people to obtain all kinds of information for judgment. By integrating various kinds of sensors, machine vision and measuring equipment, the production line is expected to obtain perception. The second is "analysis", which processes the collected data in real time and forms knowledge after analysis and mining.
The third is "decision". The so-called decision is based on the "knowledge" of production management, reasoning and application of new data to produce corresponding production decision data or instructions. The last is "execution", which is to complete the production requirements with industrial robots, CNC machine tools and various proprietary equipment.
Positioning accuracy greatly improves flexibility of production line
It can be said that the absolute positioning accuracy of the robot is an index that can greatly improve the flexibility of the production line. People in the operation, generally through the eyes to see a thing, through the brain perception and control, and then use the hand to perform the action. Therefore, in order to improve the flexibility of the production line, we should also follow this idea, that is to add eyes and actuators, and combine the accuracy of the two to achieve better accuracy.
The absolute positioning accuracy determines whether the robot can meet the requirements of flexible production. Due to the different parameters of each robot, the precision of even the same type of industrial robot after processing will be different, and there may be a deviation of 0.0 mm on the mechanical arm, and the accumulated error of the whole robot will be relatively large. Therefore, it is necessary to accurately know the precise size of each mechanical part on the mechanical arm.