I have opened a new book "I Upgrade in Xiaobai's Literature". I would like to ask all book friends to collect, recommend, and leave a message! Ants thank you!

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It is precisely because he has learned about the research and development of domestic surgical robots before that He Xiaojun knows the importance of this kind of equipment.

"It is no exaggeration to say that Professor He's surgical philosophy directly substitutes surgical surgery into the 2.0 era."

"The popularity of such surgical robots in the future will directly substitute surgical operations into the 3.0 era."

"The reform of these two types of surgical procedures has completely changed the concept of traditional surgery, while the other has completely changed the methods and methods of surgery."

"What Dr. He changed is that the previous surgical method of surgical doctors who sewed, repaired, and trimmed was completely broken or lesions, and they were replaced directly."

"It not only ensures that the postoperative area is clean and does not recur, but also ensures the quality of life of patients in the future."

"The emergence of this kind of surgical robot has changed the previous open surgical model."

"In the past, when major surgery was required, doctors would first choose to incite the patient..."

"Please allow me to use this word, yes, it is incision, and when some areas with very deep and very narrow lesions are involved, the doctor even needs to saw the patient's bones and artificially create an open wound to complete the patient's surgery."

"The most serious problem facing this kind of open surgery in the past is the bacterial infection caused by the opening of the ward."

"Even if most of the operations are done in the so-called sterile operating room, how can it be possible to isolate all bacteria in actual conditions?"

"So after the operation, patients will inevitably face difficulties in fighting infection, especially the larger the surgery, the more serious the infection."

"And the larger the opening, the slower the patient's recovery will be after the operation."

"If it is some patients with underlying diseases, the recovery will be slower. There are even many people who have successfully performed the surgery, but in the end they are unable to recover for a long time, or they cannot overcome the difficulty of fighting infection at all."

"There are also some patients with very weak constitutions, elderly patients with weak bodies, or infants, who were in the past, but doctors could not perform surgery on them."

"Because these people have poor physical fitness, they are likely to be unable to survive the operation and cannot get off the operating table."

"So if doctors used to treat such patients, the only way was to suggest that they adopt conservative treatment methods, and there was no way to cure them."

"But now that we have the surgical robot, these problems can be solved."

"Because first of all, this kind of surgery is a minimally invasive interventional surgery. There is no need to perform a major surgery on the patient."

"Just just need to make a few holes in the belly or the surgical area, and then inflate the robotic arm to intervene into the patient's body, and the operation can be completed."

"Because the robotic arm is small and the front bearing is very flexible, even higher than the flexibility of the human hand, this greatly reduces the difficulty of the operation."

"So what doctors called 'major surgery' in the past turned into minor surgery in front of this surgical robot."

"Even the organ-changing surgery initiated by Dr. He in the future, it can be completed through this minimally invasive surgery."

"The biggest benefit of this surgery is that the wounds brought to the patient's body are very small, which is very conducive to the patient's postoperative recovery."

"So no matter which aspect, the prospect of this surgical robot is very good."

"Even if the review committee does not pass this project this time, I personally support this project to continue to increase efforts."

Although he is not a doctor, He Xiaojun has always been very concerned and interested in this kind of high-end equipment.

To be honest, the review committee approved many projects this time, but his most optimistic is the Huayin T800 and the surgical robot project.

That's why it was put to the end and introduced it to Xiao Feng in the final form.

As a future soldier, Xiao Feng is naturally the beauty of surgical robots.

The Americans are definitely the ones who are at the forefront of this aspect at this moment, but we can’t just do nothing and just watch the Americans lead far ahead.

But he didn't expect that now, under his nose, there was such a person who had created such awesome equipment.

Although it is still a semi-finished product, many details can be seen from this semi-finished product alone.

For example, the most difficult control system seems to have solved it.

You should know that controlling such a high-end electronic device is also the key to hardware.

In the past, our weakest part was the control system. In this field, it can be said that it has always been the world of the United States, Japan and Germany.

And now it seems that we have gradually caught up.

However, this equipment has also been said to be a semi-finished product, and it seems that there are still many flaws.

"How much does he plan to cost? And what parts of his equipment and what parts are not perfect?"

Xiao Feng asked He Xiaojun directly.

"He plans to sell 10% of his equity, and if we can provide him with 3D perspective equipment and help him develop an in vivo navigation system, and if he can also provide him with technical support in the field of three-dimensional high-definition imaging."

"He is willing to transfer 10% of the equity as the cost of our technology investment."

Huang Haibin is very optimistic about his equipment and future market prospects, so his psychological valuation of his equipment is much higher than that of Li Wensong's Huayin T800.

Li Wensong's Huayin T800 has a valuation of only one billion yuan.

Huang Haibin's surgical robot starts at a valuation of 2 billion yuan.

However, this valuation is not wrong. After all, the technological content of this surgical robot is much higher than that of the Huayin T800.

It involves many comprehensive technology equipment, especially artificial intelligence, and may have more applications than printers.

And how much does it cost to sell a printer?

According to Xiao Feng's idea, if you want to popularize the portable printer.

No matter how you say a TV, it must be within a thousand yuan before it can be accepted by consumers.

But how much profit can such a printer be? One printer can only make hundreds of dollars if it is overwhelmed.

But what about a surgical robot? The starting price must be one million, and the profit of one is often hundreds of thousands or even millions.

Moreover, later maintenance is also a big profit.

So whether from the perspective of technology or profit, this surgical robot is indeed one level higher than a printer.

Huang Haibin's valuation of 2 billion yuan is not very exaggerated.

However, the problems he is facing now require technical support for 3D perspective, in vivo navigation, and three-dimensional imaging.

But he is only willing to transfer 10% of his equity. It can be seen that this kid is very slippery!

He also knew that this part must be a key area for bargaining.

However, Xiao Feng is not short of that little money. He feels that he can fully support such a company.

And it is best to be able to reach a good strategic partnership with this entrepreneur.

So even if you give more profits to Huang Haibin at this time, it doesn’t matter. Isn’t he worth 2 billion?

Then admit that his valuation is good. He wants 200 million yuan of start-up capital, so he will give him 300 million yuan directly.

In addition, the technical support he needs seems to be able to do as well as the Ninth Laboratory and Spark Technology.

In the ninth laboratory, you can just take out the 3D perspective imaging equipment in the self-organized physical examination center and prepare it for arranging it, and provide a separate supporting service robot.

The other is this three-dimensional imaging camera. In the past, this advanced imaging device was mastered by only the Americans.

Even the Germans and Japanese who are also well-versed in the field of optics are beyond the reach of this aspect.

However, since Starfire Technology developed the AI ​​Eye, this three-dimensional imaging technology has become extremely weak.

You should know that their AI eye is in the case of combining software and hardware.

However, you can track multiple targets at the same time on a high-speed car, make yourself judge, and make the car the most correct operation.

What's more, it is just installed on the probe of a surgical robot to guide other robot arms into the wards of the patient's body and carry out the surgery?

This may be very difficult for other companies to navigate like this.

However, for the Spark Technology that Xiao Feng knows, this overall positioning navigation is simply a breeze.

And according to the progress of artificial intelligence they currently have, if this surgical robot is equipped with artificial intelligence assistance.

Then this surgical robot can even do it. When the surgical robot arm enters the patient's body and goes to the operating area, there is no need to think of it as operating.

The surgical robot can reach the surgical area accurately under the control of artificial intelligence.

The entire navigation process does not require any action at all, thus achieving a safer and more effective purpose.

You should know that this is exactly the biggest problem that currently plagues other surgical robots such as Da Vinci.

For example, if a surgical robot is needed to perform surgery on the kidneys, the kidneys are generally known to be hidden behind a pile of intestines.

In the past, when there was open surgery, doctors often had surgery from the back waist to find the kidneys directly, and then began the surgery.

However, there are several disadvantages for this kind of operation. First, the opening is large, and the second is to destroy many back muscles and nerves.

As we all know, the waist is an important part of the human body.

Therefore, even if the patient's kidneys recover after the operation, the waist will easily leave hidden diseases, which will easily leave the patient with bad habits of mobility in the future.
Chapter completed!