Therefore, the time left for mankind is limited. If mankind cannot break through the blockade of the earth and head towards the starry sky during the golden age.

After that, we will be forced to be trapped on the tiny Earth because the cost of traveling to the starry sky is too high.

At that time, humans will only be able to launch a few probes like they do now, and there will be no way to collect resources outside the earth on a large scale or migrate to other planets.

Eventually one day, humanity will be destroyed by a nuclear war, a super virus, a natural disaster on Earth, or a natural disaster outside of Earth.

So Lin Feng is still under a lot of pressure. After all, if his space exploration spacecraft can be successful, it will not only mean that he has realized his dream of exploring the universe.

It also means that human beings have broken out of the cage of the Earth and officially become an interstellar civilization. They will not be easily destroyed like the dinosaurs in the Belarusian Period.

Of course, these are all things in the future.

When many people were looking forward to the better living conditions of workers after the success of Industry 4.0, Lin Feng in the video also spoke.

“Okay, let’s stop here for now about the Industrial 4.0 era. If we really want to discuss what the living environment of workers will be like in the Industrial 4.0 era, it will take too long.

Next, let’s get into the theme of this conference, which is to introduce our Xingtu five-axis machining center.”

While Lin Feng was speaking, the image on the projection screen behind him suddenly changed.

In a flash, a somewhat large square machine appeared in front of people.

The device is square in shape, and judging by the picture of the worker standing next to the machine, the total area of ​​this five-axis machining center should be no less than 3.5 meters.

“As you can see, this is our Xingtu five-axis machining center.

It is a vertical structure with dimensions of 3.8 meters in length, 3.2 meters in width, 2.8 meters in height and a weight of 7200 kg.

There are 26 tools, which can be changed automatically. The maximum spindle speed is 20000 rpm, and the machining accuracy can reach 0.001 mm! "

While Lin Feng was speaking, the projection screen behind him was also introducing the relevant hardware parameters, and the content displayed on it was more detailed than what Lin Feng introduced.

When people saw this scene, they held their breath and kept wondering in their hearts what level the Xingtu five-axis linkage machining center had reached and how it could rank among the top in the world.

In response, Lin Feng did not keep people waiting for long. He just smiled and said:

“Some colleagues in the field of mechanical processing may be curious about why I directly said that the processing accuracy can reach 0.001mm when introducing the processing accuracy.

Instead of giving a rough range of machining accuracy, after all, in theory it is impossible for machining accuracy to always reach 0.001mm.

The reason is actually very simple, because the machine tool control system of our Xingtu five-axis linkage machining center is not FANUC.

It is not the control system of companies such as Siemens and Sanleng, but directly uses the artificial intelligence Jarvis!
Our artificial intelligence Jarvis is no stranger to everyone, especially those who have heard of the Xingtu Z1 robotic arm.

You must know that the reason why the Xingtu robotic arm performs so well is not only because the Xingtu robotic arm itself is excellent, but also because it is controlled by the artificial intelligence Jarvis.

This time, the artificial intelligence Jarvis will obviously add a computing power burden, and this computing power burden is our Xingtu five-axis linkage machining center!
Therefore, we dare to claim that the parts processing accuracy can reach 0.001mm!

Of course, it is worth mentioning that this 0.001mm refers to the accuracy of producing similar parts, and it is not possible for a newly designed processed part to achieve such accuracy.

To achieve a processing accuracy of 0.001mm, it is necessary to continuously produce several or even dozens of similar parts. The reason is that every time the artificial intelligence Jarvis produces, it is actually constantly fine-tuning the processing model parameters.

With such continuous fine-tuning, the accuracy of the parts will naturally become higher and higher, eventually reaching the upper limit of our machine tool's processing accuracy of 0.001mm, and then remain at this upper limit of accuracy.

This is the new era of machining. When artificial intelligence Jarvis and the five-axis machining center work perfectly together, it will be able to achieve a miracle-like effect. "

Upon hearing this, netizens nodded as if they understood.

Although I don't quite understand the professional parameter terms, I somehow feel that the Xingtu five-axis linkage machining center is very powerful.

Of course, those netizens who are engaged in the mechanical processing industry or have knowledge of machine tools have begun to feel turbulent and shocked.

Because the processing accuracy can always be maintained at 0.001mm, this represents extraordinary significance and represents huge productivity.

Although many precision machine tools claim to have a processing accuracy of 0.001mm, in reality it is very difficult for those parts to achieve such ultra-high precision.

Because the thermal expansion and contraction properties and hardness of metal materials are different, the shapes of parts that need to be processed are also different.

It requires testing the technical strength and mental state of the precision machine tool operator, and then considering the temperature and humidity of the processing environment...

When these things perform poorly, they will all affect the accuracy of the parts, and then the processing will fail and become scrap. This is the processing scrap rate.

Among them, the waste is not real waste, it is just that the parts do not meet the precision standards and ultimately have to be discarded. This is one of the reasons why those precision parts are so expensive.

After all, you may have to process several times before finally succeeding once. At this time, the money from the failed processing will naturally be counted as part of the parts sold.

Therefore, although it is theoretically possible to maintain the processing accuracy at the highest limit of the machine, it is actually difficult to achieve in reality.

But now everything has changed. If what Lin Feng said is true, countless companies around the world will want to give their OEM orders to Xingtu Technology.

I'm afraid the profit from OEM orders alone is estimated to be no less than hundreds of millions of dollars each year.

Of course, Lin Feng had not finished his introduction at this time.

Lin Feng then said:

"In addition to the fact that machining accuracy can always be maintained at the highest upper limit, our Xingtu five-axis machining center also has the advantage of quickly generating part machining programs."

As Lin Feng spoke, two images appeared on the projection screen behind him.

The first picture shows an engineer sitting in front of a computer, designing parts processing using the dedicated CNC software for a five-axis machining center.

The other one has the name of the artificial intelligence Jarvis written on it, but there is no specific picture.

Then, as the video screen flowed, the engineers began to work according to the 3D drawings, and the artificial intelligence Jarvis completed the design in less than 1 second.

Of course the video did not stop. It continued to play at an accelerated speed. People could see that the engineer sat at the computer desk for most of the day, and then he left the computer.

After two and a half days of back and forth, the engineer finally completed the programming of the processing program for the super complex part. (End of this chapter)