Intelligent assembly line plays an important role in packaging production.

Intelligent assembly line plays an important role in packaging production. 

The optimization of intelligent assembly line is directly related to product quality and production compliance, so it has become a topic that companies must pay attention to. 

Optimizing the running time of the intelligent assembly line and the time to place the circuit board is the time required to meet the production plan. 

But in fact, the running time of the bottleneck station is inevitably longer than that of a station, and a station is not a bottleneck station. 

As a result, a workstation may not be fully engaged within the required time. 

Since bottleneck Station has slowed down, from the management's point of view, it is necessary to really require operators to invest at the prescribed speed. 

The conveyor belt speed of the smart assembly line can also be used to calculate daily output. 

The formula of conveyor belt speed is as follows: conveyor belt time = full-day working time / daily output * (1 defect rate), conveyor belt speed = mark interval distance / transmission time. 

The so-called mark interval distance refers to the distance between the marks on the belt of the smart assembly line, and the operator is expected to complete the work at the speed of the mark flow and put it on the belt line, but there is no mark refining line, and the length is regarded as the distance between the marks. 

Why use a conveyor belt? 

In addition to transporting goods, the semi-mandatory operator also has the function of completing the work as planned, but instead of speeding up blind attempts, it is better to calculate according to the above formula. 

In order to complete the flexible production, the equipment of each process section of the packaging production intelligent assembly line is required to be closely coupled, and the packaging production intelligent assembly line needs to be linked with other intelligent assembly lines. 

Because different controllers control different process sections or production intelligent assembly lines respectively, it brings the problem of mutual coordination between different controllers. 

Therefore, Rongyu packaging machinery responds to the structured and standardized machine state management function of packaging, and the control system integrated with this function can ensure that users can complete the coordination of the entire production line and even the whole factory with less time and cost. 

With the continuous development and improvement of technology, microelectronics, computers, industrial robots, image sensing technology and new materials will be more and more widely used in packaging machinery in the future. 

Enterprises must learn and introduce new technologies. 

Enter the packaging equipment with high production compliance, high degree of automation, good reliability and high technical content, create new packaging machinery, and lead the packaging machinery to the direction of integration, efficiency and intelligence. 

In recent years, domestic packaging technology experts have made gratifying achievements in the introduction of cooperation and self-reliance. 

Multi-function is a strong trend in the development of new devices. 

Due to the diversity of food and the rapid updating of search engine rankings, smart assembly line manufacturers require their equipment to be multi-functional and adaptable.