Of course, in addition to BYD and Jinfeng Technology, there were also quite a few influential presidents or vice presidents of well-known companies present at the scene.

For example, Ren Zhengfei, the president of Huawei Technology, and Ma Huateng, the president of Penguin...

Another example is Huang Hua, the president of Daxia Power Investment Corporation, a super giant in the power generation field, which owns all power generation businesses including nuclear power, thermal power, hydropower, wind power, photovoltaic power generation, etc.

There are many bigwigs here, and their companies are leaders in their respective fields. Any move they make can cause huge shocks in the industry.

At this time, they were all invited here by Xingtu Technology, which shows the great influence of Xingtu Technology.

"... Now let us welcome Mr. Lin Feng to the stage."

After the warm-up for the press conference, the two young male and female hosts formally invited Raymond Lam to appear.

"Making love……"

There was warm applause at the scene, and both reporters and CEOs clapped out of respect.

In response to this, people on the Internet are watching the live broadcast through Tik Tok, Bilibili, YouTube, and Penguin Video.

He did not show any strange expression, and obviously thought it was normal for those presidents to applaud so enthusiastically.

After all, Lin Feng has proved his talent and achievements through many great inventions. Although many companies on the scene are well-known, they are probably not as good as Xingtu Technology in terms of contribution to mankind.

“I am very grateful for your enthusiastic applause, and I am also very grateful to all the journalists and CEO friends for attending this press conference.

I am also grateful to the nearly 1200 million netizens who watched this press conference in the live broadcast room."

Raymond Lam came to the center of the stage at the press conference amid warm applause and bowed to express his gratitude.

Seeing this, the applause that had subsided at the scene rang out again, causing Lin Feng to stop what he was about to say.

Just like that, after a few seconds, Lin Feng waited for the applause to subside and then said:

"There are three things to be released this time, they are Xingtu seven-axis linkage machining center, single-walled carbon nanotubes, and industrial Internet system."

Hearing this, the spirits of the CEOs present were instantly lifted, while the reporters looked excited.

It has only been less than two months since Xingtu Technology launched a five-axis linkage machining center, but now Xingtu Technology is going to launch a seven-axis linkage machining center. This is big news.

Of course, the single-walled carbon nanotubes and industrial Internet that will be released at the same time cannot be ignored. They should also be potential stocks in the news.

Although these two things are not new concepts in this era, the global technology community has been advocating carbon nanotubes, industrial Internet and Industry 4.0 for several years.

But considering that the product being released this time is Xingtu Technology, reporters still paid great attention to it.

"First, let me introduce our Xingtu seven-axis machining center."

As Lin Feng spoke, the image on the projection screen behind him suddenly changed.

A picture of a Xingtu seven-axis linkage machining center appeared in front of the people at the scene and more than 1200 million netizens.

"This……"

After witnessing the internal structure of the seven-axis machining center, many people at the scene who knew what a seven-axis machining center looked like, including netizens on the Internet, all showed surprised expressions.

Because the Xingtu seven-axis linkage machining center is completely different from the seven-axis linkage machining center they know. It is better to say that it is a machining platform with two thick robotic arms than a seven-axis linkage machining center. Can this structure be called a seven-axis linkage machining center?
“As you can see, this is our Xingtu seven-axis linkage machining center, and its structure is completely different from the traditional seven-axis linkage machining center.

Although the structure and appearance are different, our processing accuracy and efficiency are better than the traditional seven-axis linkage machining center and nine-axis linkage machining center.

In terms of machining efficiency, it can be more than twice that of traditional seven-axis linkage machining centers and nine-axis linkage machining centers.

The reason for this is that whether it is a seven-axis machining center or a nine-axis machining center, they only have one machining part.

This processing part can only perform five-axis processing, and the other two or four axes are auxiliary axes.

The purpose of this auxiliary axis is to solve the problem of how the worktable part that clamps the part can continue to process the part.

Our seven-axis linkage machining center is different because it has a robotic arm structure and the robotic arm can rotate at will, thus performing processing at multiple angles.

Therefore, the number of machining axes of our Xingtu seven-axis linkage machining center is actually greater than the five axes of traditional machining centers.

The reason why our Xingtu seven-axis linkage machining center is called seven-axis is because our robotic arm is a seven-axis robotic arm with seven degrees of freedom.

That is why we named it the Xingtu seven-axis linkage machining center.

Of course, we have gone a bit off topic, so let’s get back to the issue of processed parts.

As you can see, our Xingtu seven-axis linkage machining center has two seven-axis robotic arms, so we can process one part at the same time.

This allows us to more than double the processing speed and increase the time it takes to process parts, which is one of our biggest advantages.”

"Pah, pah, pah, pah, pah, pah..."

Hearing Lin Feng's words, everyone at the scene applauded.

The presidents of Jinfeng Technology and BYD were even more delighted, because they needed this kind of processing machine tool equipment that could greatly increase production speed.

For these two companies, both wind turbines and electric vehicles require a large number of high-precision machine tools.

Take electric cars for example. Although they appear to be just an electric motor, a battery module and a control system.

But in fact, electric vehicles also have many parts that require very high processing precision, such as motors, gearboxes, bearings, etc.

Without high-precision machine tools to process these things, electric cars cannot be made.

Of course, Lin Feng did not stop talking. When people's eyes lit up, Lin Feng continued to introduce the Xingtu seven-axis linkage machining center.

“The next thing I’m going to introduce is the fully automated processing function, which is actually the same as the five-axis machining center we introduced last time.

It can still automatically produce the processing step program according to the requirements of the drawing, and then adjust the parameters in real time until our highest processing accuracy limit is reached! "

At this point, Lin Feng spit out the upper limit of the maximum machining accuracy of the seven-axis linkage machining center.

That is, in fine grinding mode, the highest processing accuracy can reach 0.0006mm, and using the special micro-cutting equipment 'Nano Flying Knife', the processing accuracy can reach below 0.0001mm.

When this highest precision value appeared, it directly aroused doubts from the scene and the live broadcast room. (End of this chapter)