When Zhou Yu heard Yuan Keqing's words, he was a little curious about how much Lu Ban could control industrial robots after using the neutrino communication network.

Yuan Keqing immediately led Zhou Yu to a special production workshop.

They stand outside the workshop, looking at the inside of the workshop through transparent glass.

This is more than a dozen industrial robots working on a very large component, which is the size of a football field and has a boxy shape that resembles an inkstone.

The device is horizontal on one side and multiple complex surfaces on the other.

Yuan Keqing excitedly introduced: "This is the core component of the million-ton magnetic pressor.

Our company's 100,000-ton hydraulic press is no longer able to process special materials.

After the breakthrough of superconducting materials, it is possible to realize a magnetic compressor with higher strength.

However, one side of the magnetic compressor must be absolutely level, so that the material is evenly stressed.

The other side is composed of a number of complex curved surfaces, which are used to place the magnetic field coils, and only through this layout can the magnetic field of the magnetic compressor be balanced, so that the pressure of each plane of the magnetic compressor is the same.

The processing of horizontal planes is relatively simple, but complex special-shaped surfaces such as grooves can only be processed by people in the past.

The processing is too difficult, and the machine cannot realize the processing of complex surfaces at all, but now the artificial intelligence Luban can command industrial robots to process complex surfaces through the neutrino communication network.

The key is the low latency of the neutrino communication network.

It allows artificial intelligence Luban to command industrial robots to work together and adjust in time in any situation. ”

When Zhou Yu heard this, he understood that in the past, robot processing in the complex field of machining could not be compared with the elite technical talents who reached the level of craftsmen in major countries.

Robots are mainly used for repetitive machining, and for machining with relatively simple procedures.

The processing accuracy of craftsmen in major countries can reach the nanometer level, relying on the feel and experience.

This is an area that artificial intelligence and robotics cannot reach.

The role of craftsmen in a big country is more convenient than that of intelligent robots to process a very complex and scarce part that has no processing technology standards.

Processing large curved complex materials, such parts that cannot be processed by robots, can only be processed by craftsmen from large countries.

The precision of the processing equipment of the craftsmen of the great country is very high, but its shortcomings are also very huge.

To become a craftsman in a big country, you need to have talent and through decades of hard work, and the output of his processing equipment is still very low.

Now intelligent industrial robots have been able to fully reach the processing capacity of craftsmen in major countries.

Xinghuo Precision Manufacturing Company will be able to process complex mechanical structures on a large scale in the future.

This is an extremely competitive technology, allowing more talents to go to R&D positions, and dangerous and troublesome machining will be replaced by artificial intelligence and industrial robots.

Great craftsmen are not like ordinary engineers, even if they are impacted by artificial intelligence, they will definitely not lose their jobs, but can give full play to their abilities.

Every big country craftsman sees a piece of equipment, he can quickly think of processing this equipment, where do you need to start the knife, and what method does it need to process?

This is exactly the ability that artificial intelligence lacks, and with the help of artificial intelligence, craftsmen of great countries can exert powerful effects.

Zhou Yu praised: "Artificial intelligence and industrial robots can play such a powerful function with the promotion of neutrino communication networks.

Artificial intelligence can command industrial robots to control in milliseconds, and it's no wonder that it can process very complex parts. ”

Yuan Keqing said with a smile: "Mr. Zhou, processing this huge equipment is only a part of the ability of artificial intelligence Luban, it can also process more exquisite equipment."

For example, in the past, we could only process part of the rocket engine components for the Aviation Science and Technology Group, but now we can directly process the entire rocket engine. ”

Zhou Yu, accompanied by Yuan Keqing, began to visit the artificial intelligence Luban to process more complex industrial components.

He found that as long as industrial tools can process this material, any complex machining is difficult to avoid artificial intelligence Luban.

Zhou Yu went to visit the office of Xinghuo Precision Manufacturing Company again.

It's crowded here, and it's a completely different feeling than a deserted factory.

Engineers have all moved towards technical positions, and in addition to administrative staff, Xinghuo Precision Manufacturing Company engineers are divided into two categories.

One is responsible for designing the process standards for machining, and artificial intelligence Luban adjusts the processing process in detail according to their design and formally generates the processing plan.

The other group is responsible for researching the technology transferred from the Spark Research Center.

As long as there are no major technological breakthroughs, these engineers are responsible for the later upgrades of the equipment.

Mainly to fill in the details of the designers of the scientific research center, did not take into account.

Zhou Yu and Yuan Keqing finally came to a room full of holographic projections.

More than 100 engineers wore VR smart glasses and worked immersed in the virtual world.

Zhou Yu knew the person sitting in the middle, he was Jia Yun, chief engineer of Xinghuo Precision Manufacturing.

He is the biggest contributor behind Xinghuo Precision Manufacturing Company.

Yuan Keqing is mainly responsible for the administrative business of Xinghuo Precision Manufacturing Company, and Jia Yuncai is responsible for handling the technical problems of Xinghuo Precision Manufacturing Company.

He is a person who is not good at words, just silently doing his job, never showing merit and not showing himself in front of the leader.

Zhou Yu has come to visit Xinghuo Precision Manufacturing Company many times, and as long as he has something in his hands, he will never come to greet him.

If Xinghuo Technology didn't have artificial intelligence to count the contributions of individual employees, such people would definitely be buried at the grassroots level.

Zhou Yu patted Jia Yun on the shoulder and woke him up from the virtual world.

After Jia Yun saw Zhou Yu coming, he said with a somewhat cramped expression: "Hello Mr. Zhou, what are you looking for me, I'll go back to work if it's okay."

Zhou Yu didn't care about Jia Yun's words, he asked with a smile: "I'll ask you about the company's precision machining capabilities, I checked in the factory, and artificial intelligence commands industrial robots to process a lot of special mechanical structures."

But I don't know the processing limits of Xinghuo Precision Manufacturing Company yet. ”

Jia Ren showed a giant keel more than 250 meters long.

"This is the highest level of mechanical parts that our Xinghuo precision manufacturing can process, and only by processing huge and complex mechanical components can we show the limit of processing capacity.

It is the giant ship keel that we process for the Dailian Shipyard.

This is the huge keel used by a 100,000-ton giant warship.

It is a 100,000-ton hydraulic press for the overall forging of high-strength steel, and the primary embryo is machined.

This keel is integrally processed, it is more than three times stronger than the welded keel structure, and the installation is more convenient.

I just finished designing the processing technology of the keel, just to let Mr. Zhou take a look at the processing capacity of our Xinghuo precision manufacturing. ”

Jia Ren showed the prototype of the ship's keel and the model of the processed keel.

After he submitted the information, the artificial intelligence Luban began to direct the industrial robot to process this huge keel.

Zhou Yu saw that in the huge factory workshop, industrial robots were like ants, carved on a behemoth, and iron filings were constantly flying.

The appearance of the keel quickly became clear, and he was proud of his company's processing capabilities.