As a robotic device that integrates computer vision technology, the visual dispensing machine works very differently from traditional dispensing equipment.
First, the visual dispensing machine uses a built-in camera to perform detailed image recognition of the object to be dispensed. This process is not just a simple photo, but also extracts the precise coordinates and detailed morphological information of the object through advanced image processing algorithms.
Then, these key coordinate and morphological data are quickly and accurately transmitted to the control system of the visual dispensing machine. This system is not only responsible for the motion control of the equipment, but also for the precise regulation of the dispensing process. Through the received data, the control system can accurately calculate the location, path and amount of glue required for dispensing.
Finally, the control system uses its high-precision motion control and flow control technology to accurately apply glue to the specified location. This process not only ensures the accuracy and precision of dispensing, but also greatly improves production efficiency and product quality.
In short, the visual dispensing machine achieves precise control and optimization of the dispensing process through camera recognition, data transmission and control system operation.
