Working principle of visual dispensing machine
It mainly relies on the visual system and control system. The visual system captures the image of the product through a camera, and the light source provides sufficient illumination to ensure image quality. The image acquisition card converts the image into a digital signal, and then extracts the position information of the product through image processing software. The control system generates control signals based on this information to control the actuator of the dispensing machine for precise dispensing operations.
The specific workflow of the visual dispensing machine includes the following steps:
Image capture: The camera captures images of the product, and the light source provides sufficient illumination to ensure image quality.
Image processing: The image acquisition card converts the image into a digital signal, and the image processing software processes the signal to extract the position information of the product.
Instruction generation: The controller generates corresponding control signals based on the instructions provided by the visual system.
Glue dispensing operation: The actuator performs precise dispensing operation according to the instructions of the controller, spraying the glue to the target position.
Real time monitoring: Sensors monitor various parameters during the dispensing process in real-time to ensure the stability and consistency of dispensing quality.
The application fields of visual dispensing machines are very wide, including crafts, electronics, clothing and other industries, especially suitable for irregular small products with high precision requirements, such as stickers, labels, smart cards, buttons, pendants, batteries, etc. This device can significantly improve production efficiency and product quality through high-precision visual positioning system and automatic recognition function.