How is the degree of automation of the automatic carton forming machine achieved?

The degree of automation of the automatic carton forming machine is mainly achieved through the following technologies and systems:

1. Core control system
   Automatic carton forming machines usually use PLC (programmable logic controller) as the core control system. PLC has powerful logic control and data processing capabilities, and can accurately control the various execution components of the carton forming machine according to preset programs and parameters. Through PLC, automatic control of the carton forming process can be achieved, including various links such as cardboard feeding, folding, gluing, forming and discharging.
2. Sensors and detection systems
   In automatic carton forming machines, sensors play a vital role. They can monitor various parameters in the carton forming process in real time, such as the position, size, thickness, etc. of the cardboard, and feed this information back to the PLC control system. PLC adjusts and optimizes the operating status of the carton forming machine according to the feedback signal of the sensor to ensure the accuracy and stability of carton forming.
3. Actuators and transmission systems
   Actuators are key components for realizing automated operations in automatic carton forming machines. They include cylinders, motors, transmission belts, etc., which can fold, glue, and form cardboard according to the instructions of the PLC control system. The transmission system is responsible for transmitting power from the motor to each actuator to ensure that they can work in a coordinated and efficient manner.
4. Human-machine interaction interface
   Automatic carton forming machines are usually equipped with human-machine interaction interfaces such as touch screens or display screens. Operators can use these interfaces to easily set parameters such as the size and quantity of cartons, and monitor the operating status of the carton forming machine in real time. At the same time, the human-machine interaction interface can also provide fault alarm and diagnosis functions to help operators find and solve problems in a timely manner.
5. Automated process design
   In addition to the above technologies and systems, the degree of automation of the automatic carton forming machine is also closely related to its overall process design. Through reasonable process design, it can be ensured that each link in the carton forming process can be closely connected and coordinated. For example, in the cardboard feeding link, an automatic paper feeding system can be used; in the bonding link, a gluing system can be used; in the forming link, a forming mold and a pressing device can be used. The design of these automated processes has greatly improved the production efficiency and automation of the carton forming machine.

In summary, the degree of automation of the automatic carton forming machine is achieved through the core control system, sensor and detection system, actuator and transmission system, human-machine interaction interface and automated process design. The organic combination of these technologies and systems enables the automatic carton forming machine to complete the carton forming task efficiently and accurately.