In what aspects are the flexibility and flexibility of packaging machines demonstrated

In what aspects are the flexibility and flexibility of packaging machines demonstrated
The competition for packaging machines is becoming increasingly fierce. In the future, packaging machines will cooperate with the trend of industrial automation, promote the overall level of packaging equipment, and develop multifunctional, efficient, and low consumption packaging equipment. Packaging automation technology is also developing towards the following trends: standardization of structural design and modularization, fully utilizing the modular design of existing models, and can be converted to new models in a short period of time.
The flexibility and flexibility of packaging machines are as follows:
1. In terms of quantity. Not only can it package individual products, but it can also package different batches of products.
2. In terms of construction. The entire equipment is composed of units, and can adapt to product changes by switching to one or several.
3. In terms of supply. Like a candy packaging machine, it can combine different units, three feeding ports, and four different folding packaging forms on a common basis. One machine can simultaneously package multiple different types of candies. Through the operation of multiple robotic arms, monitored and commanded by a camera, different types of candies are packaged in different ways according to instructions. If the product is different, simply reset the camera program, which gives the device good flexibility and flexibility.

Moreover, in order to improve design efficiency, computer simulation design technology can also be used to shorten the development and design cycle of packaging machinery. Firstly, build a model by storing various machine elements in a database into a computer, digitizing the drawings and inputting them into the computer. The computer will automatically synthesize a 3D model. Secondly, input actual production data and indicators, as well as various possible faults. The computer 3D model operates by imitating the real working situation, demonstrating the achievable productivity, the amount of waste, whether each link of the production line can match production, where the bottleneck lies, and the curve displayed on the display screen at a glance. The model can also be modified according to customer feedback. Computer synthesis is fast and easy to modify, which can shorten the development cycle and improve work efficiency.