Of course, Lin Feng’s introduction did not stop.

Lin Feng then talked about carbon nanotube chips, carbon nanotube supercapacitors, carbon nanotube super lithium batteries...

With the introduction of clear and feasible technology development routes, coupled with the exciting theoretical performance, the understanding of single-walled carbon nanotubes as a universal material is becoming more and more profound.

Under such circumstances, the experience value of the fully automatic single-walled carbon nanotube production equipment in the Xingtu Industrial Park has also soared.

According to this situation, I will probably be able to accumulate enough experience points to level up before the end of tomorrow.

However, Lin Feng's introduction did not stop. Next, Lin Feng gave a brief introduction to the production equipment of single-walled carbon nanotubes with the help of video.

When introducing it, they even used a little trick to exaggerate the production capacity of the production equipment, which could only produce one single-walled carbon nanotube line at a time.

The production capacity of this single-walled carbon nanotube production equipment has been increased from producing one single-walled carbon nanotube at a time to producing 100 million single-walled carbon nanotubes at a time.

In addition, Lin Feng boasted that he already had ideas for the next-generation development, claiming that the next-generation production equipment is expected to be able to produce hundreds of millions or even tens of billions of single-walled carbon nanotube wires at a time.

Finally, it is further claimed that the next generation of production equipment is expected to be able to perform fully automatic weaving, and when taking out, it can be directly the size of a hair, which is convenient for subsequent production work.

In general, Lin Feng played a little trick, hoping to use cognition to guide the single-walled carbon nanotube production equipment to upgrade and evolve in the direction that Lin Feng needed.

As for whether it can be successful?
This is naturally possible, because people can only see the appearance of the machine, and the internal workings cannot be seen at all.

If someone questions the fraud, they can just say it's a trade secret and stop them.

Even when this plant was opened to reporters and CEOs to take photos and learn about the site, they were unable to enter the single-walled carbon nanotube production plant next door.

Therefore, it is impossible to know the actual production capacity of single-walled carbon nanotube production equipment.

Therefore, now that he has produced the actual carbon nanotubes, Lin Feng can naturally fill in the production capacity data at will.

Of course, these data cannot be reported too much, otherwise it will arouse people's suspicion.

So Lin Feng only claimed that he could produce one million single-walled carbon nanotube wires at a time, and he didn't exaggerate too much.

Anyway, the diameter of a single-walled carbon nanotube wire is only 2 nanometers, and 3 single-walled carbon nanotube wires are only as wide as a hair.

Now it is claimed that one million strands can be produced at a time, but in reality, only 33 single-walled carbon nanotube strands with a diameter of a human hair can be produced at a time, which is not an exaggeration.

And just like that, the matter of single-walled carbon nanotube production equipment came to an end, and now we come to the last product introduction session.

"Okay, that's all about the single-walled carbon nanotube production equipment. The next thing I'm going to introduce is the Industrial Internet!"

As Lin Feng spoke, the screen behind him and the images in the live broadcast room changed to the title and structural demonstration pictures of the Industrial Internet.

“The Industrial Internet originated from Industry 4.0 proposed by Germany, which is the concept of intelligent production in the Fourth Industrial Revolution.

However, there are still certain differences between the Industrial Internet and Industry 4.0.

The difference between the two is that Industry 4.0 is biased towards intelligent information production within a factory or a production group to achieve intelligent manufacturing, while the Industrial Internet emphasizes flexible production and the division of labor and cooperation among different companies and factories to form a large-scale production platform.

It advocates incorporating every company and every factory into an industrial Internet platform.

In this industrial Internet platform, each user is a production factory or company. They cooperate with each other efficiently to achieve the goal of pooling the strength of multiple companies to jointly produce a certain product.

For example, when a company develops and designs a product of its own, it can then hand over the product design drawings to the artificial intelligence in the industrial Internet platform.

The artificial intelligence will then disassemble the product according to the product drawings, splitting a product into dozens, hundreds or even thousands of production parts.

Finally, the R&D company decides who will manufacture each part and assemble it into a physical product...

In this process, because there is no need to find processing manufacturers or negotiate with processing manufacturers, the actual production efficiency is naturally quite high.

Is there a risk of information leakage?

First of all, there are contractual factors and the blacklisting factors of the industrial Internet platform that restrict them and make them dare not do so. Finally, the products are split into many parts and produced by different manufacturers.

Ultimately, each parts processing and manufacturing manufacturer does not actually know what the parts they produce are or what they are used for. They simply produce and process the parts according to requirements.

This increases the confidentiality of the product, and it can even be said that in terms of confidentiality, it is higher than the previous method of finding several manufacturers.

This is the industrial Internet platform, also known as flexible production.

With this platform, the global manufacturing industry can unite and work together efficiently.

From now on, the model in which one manufacturer directly takes charge of the entire production and manufacturing process of a product will be eliminated.

Their model of one company taking charge of the entire production process of a product seems to have cost and quality advantages, but this is not always the case.

Because in that kind of self-production and self-sales model, the product production line cannot always be in full-load production, so the cost is naturally not advantageous.

Even because the company is so large, it inevitably requires too many middle-level management layers. The more middle-level management layers there are, not only will the work efficiency be lower, but product quality will also be difficult to guarantee.

Therefore, with the development of the times, many companies no longer establish their own direct production factories, but instead adopt the form of OEM to outsource orders to OEM factories for OEM production.

The current industrial Internet platform is an expanded version of the OEM production model, and it can even be said to be a super-upgraded version.

Because through the Industrial Internet, you only need to provide the drawings and requirements of the parts.

Then the artificial intelligence Jarvis will automatically find a suitable manufacturer for you to achieve the goal of confidentiality, efficiency and high-quality production.

Therefore, in the era of industrial Internet, large and super-large foundries certainly have their own advantages, but medium and small foundries also have their own advantages.

As long as you do well in certain segments, you can even do better than those large and super-large foundries.

It is not impossible to become the leader in this segment and soar to the sky." (End of this chapter)