MR16 automated production line features

2019-10-25

The MR16 automated production line is a production system that combines a set of automatic machine tools and auxiliary equipment in accordance with the production process sequence by the workpiece transfer system and control system, and automatically completes all or part of the manufacturing process of the product, referred to as the MR16 automated production line. The MR16 automated production line is gradually developed on the basis of the production line. It not only requires various processing devices on the line body to automatically complete the predetermined production processes and processes, making LED products a qualified product, and requires products. Loading and unloading work, positioning and clamping, conveyance of workpieces between processes, and even packaging can be performed automatically.


Production of products using the MR16 automated production line should have sufficient production; product design and process should be advanced, stable, reliable, and remain basically unchanged for a long time. The use of MR16 automated production line in large batches and mass production can improve labor productivity, stabilize and improve product quality, improve working conditions, reduce production floor space, reduce production cost, shorten production cycle and ensure production balance. Economic benefits.


From the function of the MR16 automated production line, no matter what type of MR16 automated production line, there should be four basic functions: running function, control function, detection function and driving function. In the MR16 automated production line, the operation function is provided by the power source; the control function is mainly carried out by the microcomputer, the single chip microcomputer, the single board machine, the programmable controller or some other electronic devices; the detection function is mainly by the position sensor, the angular displacement sensor, etc. Various sensors are used to realize; during the working process, the sensors provided in each component detect the signals, the control device stores them, converts them, etc., and then sends a command to the actuator to complete the necessary actions with the corresponding interface circuit.