"Judging from the laws of economic development, we will inevitably reach that stage. However, the lessons learned from the past of these developed countries are already before us. Without the support of the real economy, especially the manufacturing industry, the economy will become extremely fragile, and various
Social problems come one after another.
Therefore, these developed countries are now re-proposing relevant policies and strategies to revive their own manufacturing industries.
The key to preventing us from following in the footsteps of these developed countries is to revitalize our real economy and keep manufacturing at home.
The methods I mentioned earlier are only temporary solutions. The real solution is to improve our industrial development, optimize the industrial structure, promote the continued development of our manufacturing industry, and increase the added value of manufacturing production.
The super intelligent manufacturing factory version 2.0 we released this time can solve this problem very well."
Having said this, Wu Hao paused for a moment, then looked at everyone with a confident smile.
“If we want to introduce the advantages of version 2.0 of our super intelligent manufacturing factory, we must first take a look at the characteristics or characteristics of traditional manufacturing factories.
A manufacturing factory, also known as a production factory, is a production and processing enterprise used for production. Generally, manpower and auxiliary production machines and equipment are used to complete the production and manufacturing of products. Large-scale manufacturing plants have a more detailed division of labor, and often require one process.
Assembly line work can be completed.
Traditional manufacturing factories cover a very large area. For example, some automobile manufacturing factories may cover an area of tens of thousands of acres, and even one factory can form a city.
But in fact, the land utilization rate of these manufacturing factories is actually very low. All kinds of factories are basically low-rise buildings, or even one-story buildings, and the space utilization rate is actually very low.
Secondly, it consumes a lot of resources. The production of these factories requires a lot of resources. In addition to related raw materials, electricity, water, gas, oil, and even farmers’ food provided for the factory, such as grain, vegetables, meat and poultry, etc.
wait.
The consumption of resources by such a factory can be said to be very terrifying.
With consumption, there will naturally be emissions. The waste emissions caused by factory production, such as waste water, waste, and waste residues, will further pollute the environment. This will have an impact on society and the natural environment, and even become a burden.
Then there is the demand for human resources. A large part of these traditional factories are labor-intensive enterprises, including OEM enterprises that produce some of the digital products we have now.
These factories require a large amount of labor, which to a certain extent increases social employment. However, these factories offer low wages in exchange for the heavy labor and long working hours of these production workers, which is undoubtedly squeezing these people.
remaining value.
However, as labor costs rise, these factories decisively choose to close or relocate without any hesitation.
In addition, the traditional factory production model is relatively fixed. One factory and one production line produce the same thing. It is difficult to adjust. Even if it can be adjusted, the cycle is very long and it cannot adapt to the current rapidly changing market environment.
Finally, there is the problem of waste. This extensive production model is very wasteful and resources cannot be fully utilized. This will not only pollute the environment and waste resources, but also the related waste costs will be added to the manufacturing cost, making
The cost of the products produced is too high and they lose their market competitiveness.”
At this point, Wu Hao changed his tone and said with a smile: "Now, let's talk about the super intelligent manufacturing factory version 2.0 we released this time.
In order, let’s start with the floor area.
Now we advocate a conservation-oriented society, so we have added a land red line, so unless it is a large and important factory, it is difficult to get too much industrial land.
Secondly, the price of land is getting higher and higher now. The larger the land occupation area, the greater the cost, which is also a burden for factories.
There are also urban and rural land use fees. The larger the area, the higher the cost. It may not seem like much in terms of the price, but when you add up, it is a very objective number.
The reason why the factory requires such a large floor area is actually related to its production model. Nowadays, basically all factories adopt the horizontal assembly line production model.
The so-called assembly line refers to the continuous transportation of goods and handling machinery on a certain line, also called a conveyor line or conveyor.
It can be divided into seven types of assembly lines according to the conveyed products: belt assembly line, double speed chain assembly line, plate chain assembly line, plug-in assembly line, mesh belt assembly line, suspension assembly line and drum assembly line.
No matter what kind of assembly line they are, they basically belong to horizontal flow production, that is, assembly line production is carried out in a plane.
This assembly line production method can be said to be the greatest production method of mankind, which greatly improves production efficiency.
But its characteristics are also very obvious, that is, it covers a very huge area. Production lines of hundreds of meters to hundreds of meters are very common, and we can even see large assembly line production factory workshops that are several kilometers long.
Our Super Intelligent Manufacturing Factory version 2.0 can solve this problem very well. First of all, of course we also adopt the assembly line production model. However, we abandoned the traditional horizontal assembly line production layout and changed it to a three-dimensional space folding production line.
That is to make full use of space, so that a complete production line can be folded in a very small space, thereby saving floor space to the greatest extent.
The assembly line production factory or production workshop that has been laid out with this new technology can have great changes in structure and appearance.
For example, our new super smart manufacturing factory looks like this."
As he said this, a 3D bird's-eye view of a factory park appeared in everyone's field of vision. This factory was very different from what everyone had seen before. Not even talking about the factory, everyone thought it was an office building in a technology park or a CBD business district.
.
The factory no longer has a traditional production workshop, but has turned into a series of very square high-rise buildings. Nine of the same very square high-rise glass buildings, plus two auxiliary buildings next to it, are actually called a factory. Everyone can't help but reveal
There was a cry of exclamation.
"This is a factory. I believe you even if you say this is a high-end residential building."
"It's impossible for a high-end luxury house to have this style. It looks like a technology park or a CBD office building."
"It feels like a city landmark. Is such a beautiful building really a factory? I don't believe it."
"Cost, cost, it would be expensive to build a factory like this."
"Yes, I also think it's a bit flashy, and it's a bit wasteful to use such a building for production."
