One Thousand Five Hundred and Three Shocked the Audience

For the next two days, Xiao Feng never left the guest house, not even He Xiaojun.

Because the appearance of this industrial robot is really important to the military.

With such equipment, many equipment that could only be thought of in the past can finally be produced by themselves.

So everyone will inevitably have a lot of questions. The three aspects of sea, land and air can be said to take turns.

Xiao Feng was also scared, and finally woke up at noon the next day, and simply called back to Xinghuo Factory.

Let the engineers over there quickly build a machine tool and come to the XXX Research Institute in the capital.

With the machine tool, it is better than dry strokes with them.

And with the machine tool, the military can actually experience the awesomeness of this machine tool.

After all, no matter what you said in the past, people were only dubious. After all, they have not seen the magic of your machine tool with their own eyes.

But with the machine tool, it will be different.

With this industrial intelligent robot, you can actually see what can be produced and how to produce it.

This will bring better results.

As for Xinghuo Technology's requirements for Mr. Xiao, it naturally attaches great importance to it.

That night, their CTO, Mr. Hu, took Xiao Feng's private jet and brought a robot directly to the capital.

The military was even more non-stop, and directly brought down the XXX Institute in the capital, including people and equipment.

With the help of several cloning experts, Mr. Hu assembled the parts of several large boxes in front of everyone.

To be honest, when the military personnel first saw this machine tool, apart from being shocked, their second feeling was that it was unreliable.

Why do you feel this way?

Take this XXX institute as an example. This unit is a research institute directly under the General Armament Department, which specializes in research and development of special equipment for the army.

The history is definitely very long, and it is also a very high-level research institute on the side of the General Armament Department.

Not to mention the scientific researchers inside, any one of them is a doctor, not to mention the equipment inside.

It can be said that the most difficult-to-get equipment under the name of general assembly is available here, and it can also be said to be one of the top research institutes in China.

For example, there is one of the batch of five-axis linkage machine tools purchased from JK back then.

Therefore, the researchers here are all well-informed masters.

And just looking at Mr. Hu, the CTO of Spark Technology, leading a few people to assemble a "machine tool" like this, everyone felt a little unbelievable.

In particular, no matter how you look at this machine tool, it is very different from the traditional five-axis linkage machine tool.

Traditional five-axis linkage machine tools are also divided into several types, such as horizontal and vertical.

Traditional machine tools have several main components, such as benches, fixtures, and tool magazines.

Then the current machine tools are basically sealed.

To put it bluntly, when working, a cover will be added around the periphery.

The operator can see the processing inside the cover through the camera.

This is mainly to prevent iron filings from flying around and polluting the environment during processing.

Because the whole workshop has very high requirements for environmental self-cleaning.

Moreover, the processing workshop of this machine tool is also specially customized.

Not only does it require the use of dust removal equipment, but it also has very high requirements for the ground.

Especially the foundation, which is completely different from the foundation requirements of ordinary buildings.

The only requirement for the foundation of ordinary buildings is to be strong and earthquake-resistant.

The foundation of this kind of processing workshop is required to have toughness, which can absorb the vibration from the machine tool when it is working, and reduce the feedback reaction force to ensure the accuracy of the machine tool processing.

Therefore, river sand is generally laid under this kind of workshop to reduce the impact brought by the machine tools on the ground.

So in everyone's impression, a high-precision five-axis linkage machine tool is a very difficult equipment to serve.

Sometimes even after you've moved, it's not easy to reassemble.

Because the accuracy of your assembly will also affect the accuracy of machine tool processing.

That's why, we hate companies that even buy machine tools from Germany. ,

But after the machine tool is sent from Germany, we still have to invite special engineers from Germany to assemble it.

Because without the engineers of others, the precision of the machine tool you installed is not good.

Moreover, the assembly of a machine tool can be said to be quite time-consuming and labor-intensive.

For example, the top industrial machine tool at present is actually ASML's lithography machine.

And their top-level lithography machine, after it is produced, if it is shipped to Wanwan or Nanchao.

It must be assembled by ASML's own engineers, and a team of thirty people is required to assemble one.

It takes eight months to a year for each team to install a machine tool.

During this year, they have to carefully assemble each component, and then continue to debug.

Otherwise, do you think that 5nm chips can be produced so easily?

Even now, regardless of the large number of 5nm chips on the market, the 5nm chips that have been on the market all have problems of one kind or another.

For example, Sansang's 5nm chip has problems such as large heat loss and easy jamming.

Qualcomm's 5nm chip consumes a lot of power and has poor performance.

At present, the 5nm chip of H company is still passable, but it also faces problems such as a serious shortage of yield rate during production.

The main reason for these problems is that the installation and debugging of the 5NM lithography machine has not yet reached a perfect level.

So if you want a machine tool, it is not just a matter of design and production.

Another very important feature is installation and debugging, and the other is to ensure that it can work in an absolutely suitable environment.

And the engineers of Xinghuo Technology in front of them are like building blocks.

He took out some parts from the carton in a big way, and put them in front of everyone, holding various pliers and wrenches, and started to assemble them.

Looking at their actions, it looks more like they are assembling a rough Lego toy, and it is not like actually assembling a high-precision processing machine tool.

And when the machine tool was assembled, everyone was dumbfounded. It was completely different from the traditional machine tool in their impression.

To put it bluntly, a traditional machine tool is a large operating table with several boxes on it. Inside the boxes are ball screws that drive motors and control fixtures.

There is also a tool box for knives.

And this 'machine tool' is quite different from the previous ones in terms of structure.

There is also an operating table below, but on the side of this operating table, there are actually three mechanical arms with various joints growing out.

The front of the robotic arm has a joint structure very similar to that of a human hand.

Soon, Mr. Hu from Xinghuo Technology started debugging the machine tool.

The machine tool was placed on the self-leveling floor of the laboratory in such a large way, and Mr. Hu stood aside with a tablet.

He pressed a few times on the tablet, and the machine was powered on and activated.

I don't know what program he entered on the computer, and then a jaw-dropping scene appeared.

Those mechanical arms started to move rhythmically.

Back and forth, left and right, up and down, and then 360 joint rotations, and the front part that looks like a human finger, actually started to look like a human being, making a fist and then releasing it, and started to move...

Although it has not started to process any workpieces, the series of actions of the industrial robot has already left everyone on the scene stunned.

Because the people present are all elites in the industry, they are well-informed.

But such flexible mechanical joints can also perform such complex movements at the same time.

Even each robotic arm, each finger, is doing completely different actions when walking.

This alone shocked the audience.

This is too much exaggeration, not to mention how high the hardware requirements are here, but how powerful the industrial software that can control this equipment and complete such complex actions is unimaginable.

You know, before that, it was ordinary industrial software for machine tool processing, which we didn't have in China.

It all depends on the use of German or Japanese industrial software to drive and use those machine tools.

And it can only complete some very simple processing work, but if it is a little more complicated, we can't play it.

Of course, this refers to the field of general machining. In the military field, we still have our own software.

Although the efficiency is not very good, it can be used anyway.

And now the set of software they have produced has been completely killed in seconds in front of the current strength of this machine tool.

To tell the truth, many scientific researchers in the institute watched the video of the industrial robot from Xinghuo Technology drilling holes in iron ingots.

To be honest, not many people believed it at first, because the picture was too unreal to them.

Such a large square iron ingot, even if it is processed by the machine tools they have now, cannot process such a hydraulic valve body.

And such a weird robot can directly drill holes in the iron ingot to get it done, this shit is simply a fantasy!

You should know that this is not just as simple as adding a perspective system on the machine tool to guide the cutter head.

You must know that when you are in the process of processing, your drill bit drills and grinds back and forth on the iron ingot, and this process will produce a huge impact.

In the video, the robot uses two human-like arms to fix the iron ingot.

And during the processing, those two arms are constantly trembling, which means that they are using a very clever tremor frequency to resolve the impact force brought by the drill bit when processing the iron ingot...

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