1416 Advantages Are Outstanding

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This point can be seen from the rising cases of surgical robots in recent years that people's acceptance of surgical robots is also getting higher and higher.

Although surgical robots are very expensive to use, what are these costs compared to saving lives?

And after understanding the magical function of surgical robots in principle, we can know that even He Fangzhou led surgery into the era of version 2.0.

But that just means that in terms of the concept of surgery, it has entered the era of 2.0.

And this kind of surgical robot is to be classified as a medical device used in surgery.

His and Dr. He Fangzhou's surgical concepts do not conflict at all, and they can even complement each other.

For example, using this kind of surgical robot can also complete the organ transplant surgery directed by Dr. He Fangzhou.

Even using this kind of surgical robot can be done better than the original manual operation.

Because the joint wrist of the robot has more degrees of freedom, it will be more flexible, and during the operation, it can also filter out the natural tremor of the human hand. In addition, the robot arm also has functions such as traction, cutting, and suturing.

So it can be said that one person can complete a very complicated operation with this kind of equipment.

Such equipment is also very friendly to doctors.

You know, in the past, when a doctor performed an operation, it was often not enough to rely on one person alone, especially when performing that kind of complicated and difficult operation.

Often there will be one or two assistants. For example, during the operation, one person is responsible for the retractor.

That is to say, use hooks to pull and fix the incision made by the patient, and expose the part to be operated on to the doctor's eyes.

There is also an assistant who has to wipe the doctor's sweat constantly, or help to hold the part to be cut or stitched.

After all, there is a layer of very sticky interstitial fluid outside the tissues and organs of the human body. If no one helps to fix it, it is difficult for doctors to guarantee the accuracy of the operation.

In this way, there are three people crowded in front of an operating table.

So everyone's position is very awkward,

Moreover, complex operations often take hours to perform.

During these few hours, the doctor must ensure the stable output of both hands, which places very high demands on the doctor.

Not to mention that the patient is a 1.8 meter tall man, even a 2 meter big man, three people crowded in front of an operating table would also feel very awkward.

In addition, considering the per capita height level of our country, doctors have even less room to operate.

Therefore, conventional surgery actually consumes a lot of physical strength.

So if you are over-fatigued during the operation, it will greatly increase the chance of making mistakes.

And if surgical robots are used to complete the operation, it is another matter entirely.

First of all, the doctor sits in front of the operating table in the corner of the operating room and completes the operation while looking at the 3D images on the screen.

Moreover, during the operation, because the imaging rate of the lens is very high, it can also enlarge the patient area, which is very beneficial for the doctor to complete the excision, or to dissociate, or to suture the wound.

Because it can be seen more clearly, the accuracy of the operation is higher, and the mechanical arm can also filter out the tremor of the human hand, which brings higher safety to the operation.

In addition, the doctor does not need three people to squeeze together. The doctor's operating environment is better, and the mood is also better.

During the whole operation process, the doctor can operate the manipulator to open the operation field, assist the retractor, and fix the part to be operated on.

You must know that a surgical robot can be equipped with up to seven robotic arms.

Of course, how many robotic arms are equipped will naturally be determined according to the hospital's customization requirements. After all, the number of robotic arms is different, and the price will naturally be different.

But the more robotic arms, the better.

Because if there are more robotic arms, the doctor can complete the work of three people alone, without the help of a pull hook and the second help of wiping sweat.

Even if there is an extra robotic arm, he doesn't even need an equipment nurse.

Because there are enough robotic arms, various instruments can be replaced at any time.

And because the end of the mechanical arm is very slender, this kind of mechanical arm can also penetrate into some deep parts of the human body, or in small spaces, to perform operations on the parts.

You must know that in the past, in the era when operations were performed entirely by hand, such an operation was not impossible, but it required a major operation.

To put it bluntly, it is to make a very large cut on the human body, and may even 'split' the human body in half to perform the operation.

It's not an exaggeration to say so, but it's not enough if such an operation is not performed.

But now with this kind of surgical robot, the difficulty of the original surgery is greatly reduced, and the original major surgery has suddenly become a minor operation.

For example, when nephrectomy or ureteroplasty was performed in the past, the traditional surgical method naturally requires a knife in the stomach.

Because of the location of the kidney, the incision cannot be cut very small, because the doctor has to turn the intestines out, and then find the lower kidney and remove it.

Or turn the intestines out and perform ureteral anastomosis.

In fact, the operation is not very difficult, but because the internal organs have to be turned out, the difficulty has been virtually increased.

And the patient suffers too. After the operation is completed, it will take a long time for the patient to recover because of the large knife, which will hurt the vitality.

But if it is now, using surgical robots directly is another matter entirely.

It only needs to make a few small holes in the stomach, then inflate the abdominal cavity, and then insert the robotic arm through the small holes.

Next, the doctor can cut and remove the kidney or anastomose the ureter by controlling the robotic arm on the operating table.

It may take several hours to do this kind of operation in the past, but now it can be done in an hour, and even skilled doctors can't even take an hour.

And if it was in the past, for such an operation, the patient would have to lie in the hospital for at least a month, take medicine for a long time at home, and rest for half a year before he can basically recover.

But now, if you use a surgical robot, you can go to the ground in one week and be discharged from the hospital in two weeks.

With good physical fitness, after going home to recuperate for a month, they are basically no different from normal people.

That's the benefit of using surgical robots.

Therefore, even if the price of surgical robots is very expensive, people are willing to pay for these operations because they do not want their loved ones to suffer.

This is also one of the main reasons why Huang Haibin learned that surgical robots have been more and more widely used in major hospitals in China in recent years.

Speaking of the wider and wider use of surgical robots, we need to understand that in those aspects, this kind of surgical robots is the most widely used.

According to Huang Haibin's understanding, at present in China, there are only two departments where surgical robots are most widely used in major hospitals, one is pediatrics and the other is gynecology.

When it comes to pediatrics, the truth is very simple.

Because children's bodies and organs are smaller than those of adults, it is generally very difficult to perform surgery on them.

And because of the intensified doctor-patient disputes in our country in recent years, pediatrics is the department most prone to violent conflicts.

Therefore, fewer and fewer doctors are willing to engage in pediatrics. However, as the pace of social life becomes faster and faster, more and more cases of children suffering from diseases require surgical treatment.

Therefore, there are more and more cases where surgical robots, as a carrier, are used to perform operations on children.

There are actually many benefits to using surgical robots to perform surgery on children.

The first problem is that my country's medical resources are not sufficient, especially pediatricians can be said to be extremely short now.

There are only so many high-level experts, but now more and more children need high-level experts to treat them every day.

You said how could these experts save so many children.

Even if surgery is performed 24 hours a day, it cannot be saved.

And if you spend in the operating room every day, the doctor will also be tired. Once tired, it is easy to cause medical accidents.

So at this time, it would be much better to use surgical robots.

Because children are small, the surgical environment is very limited, and the surgical field is narrow, which is a difficult problem for doctors.

But for surgical robots, this is their natural battlefield.

The narrow areas that doctors cannot easily enter with their hands are not a problem at all for them.

Moreover, there is no need for a large knife, and the operation can be completed by simply punching a few holes, which greatly reduces the risk of the operation and improves the safety.

In addition, because the lens can magnify the surgical field area up to 15 times, this provides a guarantee for doctors to complete high-precision surgery.

So it can be said that this kind of surgical robot is born as a special equipment for pediatrics.

In many large hospitals in China, the Department of Pediatrics is indeed the department equipped with the most surgical robots.

For example, as of the end of October this year, Zhejiang University Pediatrics just completed the 200th surgical robot this year.

Such data is almost equivalent to completing one every day this year.

Pediatricians in Qilu, Xiangya and other places are also like this.

The second department most willing to use surgical robots is gynecology.

Because many gynecological diseases are basically diseases in the abdominal cavity. These diseases are not serious, but they are not small.

In the past, the treatment of such diseases required extensive surgery. Since the advent of laparoscopic surgery, the difficulty of surgery has been greatly reduced.

But the problem now is that laparoscopy can only perform some simple operations, and some relatively complicated operations cannot be completed independently by laparoscopy alone...

If it was in the past, the patient would inevitably have to be stabbed in the stomach, but now that there is a surgical robot, the difficulty of the operation has been reduced immediately...