Purchased cardboard boxes → Bottom pre-forming → Bottom forming → Capping → Filling → Top pre-forming → Top forming → Sealing → Roofing package (finished product)
Filling machinery is characterized by high speed, complete sets, high automation, and good reliability. By incorporating mechatronics (mechanical, electrical, pneumatic, optical, biological, and electromagnetic) into filling machinery, focusing on improving automation during design, and combining filling machine development with computers, mechatronics control can be achieved. The application of mechatronics in the filling machine industry can fundamentally change the current state of filling machines.
The Scientific Revolution of the 16th and 17th centuries used a systems approach to describe the working principles of systems and equipment, from which filling machinery benefited.
The First Industrial Revolution of the 18th century saw steam engines replace manual labor.
The Second Industrial Revolution of the 19th century, marked by the advent of electricity and large-scale production, propelled technological progress through multiple engineering design branches.
Around 1970, the term "mechatronics" emerged in Japan to describe the integration of mechanics and electronics in consumer products.
