One Thousand Four Hundred and Sixty-Four Tiangong No. 1

The latest website: Now with this device, we can say that it is a completely different way, directly bypassing the barriers set up by the three companies of the United States, Japan and Germany.

In the field of precision machining, we have made breakthroughs, and there is only one aspect left, which is materials, which we need to catch up with.

In the field of materials, to be honest, unless it is military grade.

In fact, in the field of ordinary civilian use, the gap between us and the United States, Japan and Germany is not particularly large.

At this time, the machine tool has basically completed the processing of the workpiece.

"Crack, crack, crack!"

From the silence at the scene, there was a burst of applause like thunder.

Huang Haibin clapped his hands excitedly and looked around. Almost all the entrepreneurs who came with him were very excited at this moment.

Even those with weak emotional control ability had their eyes reddened by this time.

Most of these entrepreneurs have the experience of studying in the United States.

And many of them have worked in American laboratories or R&D institutions.

They are the ones who know best how big the technology gap is between us and the Americans.

Let’s talk about a scientific research experiment. Why do many international students who go to the United States choose to stay in the United States instead of returning to China.

Just because there are too few opportunities to produce results in China.

Then why are there so few opportunities to produce results in China?

Is it because the domestic scientific research environment is poor? This is only because of the software, but more because of the hardware.

For example, today you have a whim and have an idea, and in order to verify the feasibility of your idea, you have to conduct experiments.

But because no one has done this experiment before, and this experiment was also designed by you from the beginning to the end.

During this experiment process, it may involve the use of a lot of sophisticated experimental equipment.

And these devices,

In the laboratories of the United States, that is very sufficient.

It can be said that as long as you apply, it will be available within a few days, and you can even use it multiple times.

And in domestic laboratories, hehe!

If you want to apply for an experiment, you have to make a report and submit the application. If you have this kind of equipment, you may have to schedule it.

Because in front of you, there may be several groups of experimental teams waiting to use this equipment.

By the time it's your turn, the daylilies may be cold.

In addition, if there is no equipment, then the Americans, if your superior also approves of your idea, then he will approve the funding with a wave of his hand.

Allows you to purchase the experimental equipment you need.

If there is no equipment you need on the market, then he will approve you to use the machine tools in the laboratory to process the equipment you need yourself.

That's right, many laboratories in the United States have such processing equipment, whether it is our scarce high-precision five-axis linkage machine tool, or the latest top-level 3D printing equipment.

They are all fully equipped, and the equipment will be updated every year.

Because people know that in order to benefit their work, they must first sharpen their tools.

On the other hand, we, huh, a piece of equipment costs several million. It is impossible for the research institute to buy such a piece of equipment just because of your creative needs.

And there is not much equipment, even if you design the drawings yourself, you can't produce them.

Because there is no machine tool in the laboratory, it is impossible for you to specially process the equipment you need for the experiment according to your own imagination.

But in the US it does.

So someone has done an evaluation, and the chances of scientific research personnel to produce results in the United States are three times that of those in China.

This is also the main reason why many scientific researchers are reluctant to return to China after going abroad.

In fact, there is a gap between our scientific research environment and others, not only in terms of software, but also in terms of hardware.

But now, when everyone sees the flexible processing equipment in front of them, everyone finally listens to it.

With this device, we can also be willful for a while.

When doing experiments in the future, if we encounter equipment that cannot be bought, we can also design and produce those special experimental equipment by ourselves.

After all, the cost of self-research and self-manufacturing is definitely much cheaper than the cost of purchasing special equipment from abroad.

The most important thing is that producing it yourself saves a lot of time.

"Are you all satisfied with our Tiangong 1?"

Just when everyone was so excited about the machine tool in front of them, a magnetic voice suddenly came to mind.

Only then did everyone see that a tall, thin man with a beard appeared beside everyone at some point.

His hair was messy, and the beard on his face hadn't been shaved for many days. He had a plaid shirt on his upper body and a pair of jeans on his lower body.

The whole person looks very sloppy, but for some reason, everyone doesn't find it very annoying.

Because everyone smelled the same kind of breath from this person, this must also be a crazy man of science and technology.

"Haha, very satisfied."

"It's really shocking that we have such amazing equipment."

"Really, this is definitely an epoch-making product!"

"With him, it means that we will have stronger aircraft and even more awesome submarines in the future..."

Everyone talked in a hurry, although they didn't know who this person was.

But everyone is not stupid. When everyone entered the Xinghuo Technology factory, everyone saw how strict the company's security requirements are.

But this guy, being able to appear here boldly, shows that this person's status in Spark Technology is definitely not low.

Sure enough, at the stall where everyone was chattering, the representative of Quanye Fund, who had been accompanying them all the time, also stood up with a smile on his face.

"Let me introduce to everyone, this is Mr. Hu, the CTO of Xinghuo Technology!"

"Mr. Hu is also a crazy high-tech enthusiast, and he should have a lot of common language with you."

"If you have any questions or unsolvable problems, you can discuss them with Mr. Hu. Maybe Mr. Hu can provide you with a perfect solution!"

As soon as the representative said this, the entrepreneurs on the scene immediately became restless.

The CTO of Xinghuo Technology, this is definitely a master in the field of technology!

No wonder he asked that way before. At this time, everyone's curiosity about this Tiangong No. 1 can no longer be suppressed.

"What is the scope of our equipment? Is it a machine tool?"

"Is he using the concept of flexible processing?"

"His ability should be more than that?"

All of a sudden, all kinds of chattering questions were constantly being raised.

At this time, Mr. Hu also smiled and answered everyone one by one.

"Yes, conceptually speaking, this is also a processing machine tool."

"And what he adopted is indeed the concept of flexible processing. I think everyone should understand the benefits of this flexible processing."

"Compared with today's ordinary five-axis linkage machine tools, it greatly reduces the requirements for materials, and its machining accuracy is not weaker than the top machine tools on the market."

"Our machining accuracy can even be controlled to the X wire..."

As soon as this data was reported, everyone present could not help but gasp.

This data can definitely be called military grade.

I am afraid that even the top processing companies in Japan and Germany use machine tools of this level.

"And our machine tool is divided into several types, which can solve various processing problems..."

As we all know, there are several types of five-axis linkage machine tools, including three major categories: vertical, horizontal, and cradle.

These machine tools also respond to the needs of various workpieces.

Vertical machine tools are mainly used to process workpieces used in large mechanical equipment, such as large workpieces used in cranes, cranes, and even aircraft and ships.

The horizontal machine tool is mainly used to process small workpieces, such as automotive engine crankshafts, valve cover gaskets, small motors and other industrial equipment.

The cradle machine tool is awesome, it is mainly used for S-type processing, and it is mainly used for processing irregular metal workpieces.

And these metal workpieces are mainly turbofan blades of turbochargers, or S-shaped metal blades and so on.

The value of these metal workpieces is often very expensive.

In order to process different metal workpieces, these machine tools often adopt different designs, ranging from shapes to principles.

And the prices of different species are also different, especially the last one is the most expensive.

But for Tiangong No. 1, he does not have such troubles.

Because the flexible fixed method of the mechanical arm is adopted, the mechanical arm can continuously adjust the angle of the workpiece during the processing, which is convenient for the tool to process on the workpiece.

Therefore, in the past, it was necessary to redesign machine tools to meet different processing conditions.

But now only such a machine tool is needed, as long as different types of robotic arms are replaced and different processing program systems are set, very complicated surface processing can be completed.

In this way, it becomes even more obvious that Tiangong No. 1 is awesome.

But at this time, when the topic was on the rise, Mr. Hu, the CTO of Spark Technology, simply covered it up for everyone.

It's just that the technological content contained in this cover-up is not generally high.

This time he directly had another 'machine tool' pushed up, but it was different from the previous machine tool, this time the machine tool had five mechanical arms.

Two are fixtures, the other is the processing robot arm that holds the knife, and the other robot arm holds two nozzles, which should spray lubricant and condensate.

The last robotic arm, holding a searchlight-like lens, hangs over the head of the entire machine tool.

At this time, someone put a square metal iron ingot on the fixture, and then set the processing program on the machine tool.

Then a scene that left everyone dumbfounded happened.

The jig holds the iron ingot and sends it to the front of the mechanical arm holding the cutter head.

This time, the cutter head held by the robotic arm is different from the machine tools seen in the past. It is not so much a cutter head as a drill bit.