The manufacturing process of fully automatic dispensing machine mainly includes the following key steps and components:
Working principle: The fully automatic dispensing machine uses compressed air to send glue or fluid into the glue bottle (syringe), and then presses it into the feed tube connected to the piston chamber. When the piston is in the upstroke, the piston chamber is filled with glue; when the piston pushes the glue needle downward, the glue is pressed out from the needle nozzle. The amount of glue dripped is determined by the distance the piston plunges down. This process can be adjusted manually or precisely controlled by programming.
Key components and their functions:
Stepper motor and servo motor: used to control the precise movement of the dispensing manipulator to ensure the accuracy of dispensing.
Dispensing valve: The precise dispensing valve cooperates with the dispensing controller to achieve stable output of glue volume and ensure consistent dispensing effect for each product.
Dispensing controller: By controlling the stability of air pressure, the quantitative output of the dispensing glue volume is ensured to improve the product qualification rate.
Visual positioning system: Through the camera and image processing algorithm, the workpiece position information is obtained in real time to achieve precise positioning and improve the dispensing accuracy and efficiency.
Technical parameters and performance indicators:
High precision: The high-precision control system and precision transmission mechanism are adopted to achieve high-precision dispensing operations to meet various production process requirements.
High degree of automation: It has functions such as automatic positioning, automatic filling, and automatic detection to improve production efficiency and reduce the impact of human factors on product quality.
Multiple dispensing methods: It supports multiple methods such as linear dispensing, circular dispensing, and arc dispensing to meet the needs of different production processes.
High reliability and durability: It uses high-quality components and materials, and has functions such as overload protection and temperature protection to ensure stable operation of the equipment.
