Packaging machinery is becoming increasingly automated, and robots, as a competitive automation technology, are suitable for repetitive, rapid, accurate, and dangerous tasks. In addition, manufacturers all hope to seek lower production costs. Robots naturally play this important role, because robots can not only lead to lower costs, but also bring greater flexibility. The packaging robot is known by more and more companies, and more people will choose to use it because of its flexibility and reliability. The robot will replace many traditional equipment and become an important assistant in the packaging field.
The application of robotics in the packaging industry has developed at a rapid rate, increasing from 9.5% to 17.4% in the past 5 years, almost doubling. Robots appear in almost all packaging functional areas, especially in the fields of palletizing, packing and picking/placement.
The packaging robot project is mainly the research and development and application of high-efficiency equipment for automatic weight detection and packaging of powder and pellets. It is composed of an intelligent weight detection system, an intelligent foreign body detection system, a bag loading manipulator, a transfer manipulator, a robot palletizing system, and a control system. Products are widely used in automatic inspection and packaging in food, chemical, pharmaceutical, grain, feed, building materials and logistics industries.
Compared with traditional products, it saves 30% of materials, reduces floor space by 60%, improves metering reliability by 300%, and has good flexibility and adaptability. Compared with other similar products, the product has high accuracy, high stability, high reliability, high speed, small footprint, strong adaptability and other outstanding advantages, which completely solves the emergence of some load cells for many years. , The problem of real-time invention and measurement cannot be avoided.
