Chapter 3322 The far-leading intelligent surgical robot
Listening to Wu Hao's introduction, everyone nodded frequently with expressions of surprise. Although they knew the name of this intelligent multi-tentacle surgical robot, this was the first time for everyone to see this thing in person and hear Wu Hao come.
Talk about this thing. Therefore, I have a deeper understanding of this intelligent multi-tentacle surgical robot.
"Compared with other surgical robots on the market, what are its advantages and disadvantages?" Mr. Zhang stared at the intelligent multi-tentacle surgical robot in the glass showcase for a while, and then asked Wu Hao.
Wu Hao smiled slightly when he heard this question, and then replied: "There are many advantages. Because we are latecomers, we can innovate and develop based on all product technologies on the market. Therefore, the performance of our intelligent surgical robot
Better and more powerful.
If we compare it from a multi-dimensional perspective, first of all, in terms of the design and control of the robotic arm, it is different from the traditional surgical robot robotic arm. What we use is an intelligent bionic mechanical tentacle, and its prototype actually comes from our intelligent bionic electronics.
Prosthetic limbs.”
"Everyone should have heard or understood about our intelligent bionic electronic prosthetics. Using our intelligent bionic electronic prosthetics technology, we can provide disabled patients with mechanical bionic limbs that are indistinguishable from real human arms.
The functionality is basically the same as that of a real limb, its flexibility can reach more than 90% of that of a real limb, and in some performances, it even exceeds that of a real limb.
For example, in terms of strength, stability, and accuracy, it is far ahead of your real limbs."
"Since the smart bionic electronic prosthesis is so weak, you have applied it to a few fields, and one of them is the field of medical device technology.
By chance, you learned that the current medical surgical robots are basically monopolized by the country, so they are very expensive. For example, a Da Vinci surgical robot costs 20 to 80 million, and one
Taiwan is hard to find and hard to buy.
Even because of some restrictions and restrictions, they simply sell it to you.
It has fewer mechanical tentacles, or arms, so it can't have fewer functions.
"After endless research and exploration, you finally developed the first generation of intelligent surgical robots."
Such a micro-large incision does not increase damage to surrounding tissues, reduces pain and recovery time before surgery, and is more suitable for simple and delicate surgical operations."
From that point of view, my view is more comprehensive, cloudier and more precise than the single lens view of traditional surgical robots, or even the human eye view of your traditional open surgery."
And the one you are showing behind is not the eighth-generation intelligent less-tentacled surgical robot."
Therefore, in terms of surgical field of view, your intelligent less-tentacled surgical robot is far ahead of traditional surgical robots, and it cannot even be said to be in the same dimension."
For example, you cannot provide front, side, top or even back views, so that your operating doctors can grasp the comprehensive situation of the organs and lesions in the patient's body, otherwise any details will be lost.
"Because they use the same technology as smart bionic electronic prosthetics, your mechanical tentacles, or robotic arms, are more flexible, stable, precise, and have better control. I mean they are far ahead of what's currently on the market.
Surgical robot.”
Having said that, Wu Hao turned around and pointed at the intelligent surgical robot outside the glass display case, and then returned to the topic and continued to introduce it.
"For another example, under the surgical incision, your smart less-tentacle surgical robot has a larger incision. In a very small number of cases, only one incision is needed, and the size of the incision is very large, only half the size of a surgical robot of the same level.
Big, even one-eighth.
And the detection equipment cannot be used alone or in combination.
So you are thinking that you can develop your own surgical robot to break the country's monopoly, replace them, serve fewer patients, and let us benefit from it."
"and!"
In addition to the B-ultrasound probe, you cannot use large-scale X-ray imaging equipment to perform X-ray imaging of the patient's lesions.
For example, if you want to replace those low-definition lenses with B-ultrasound probes, such as phased array probes, convex array probes and linear array probes, you will not be able to obtain the internal structural information of the relevant organ lesions, and thus have a better understanding of the patient's condition.
If it is insufficient, the success rate of the operation will naturally be lower.
Your smart less-tentacled surgical robot cannot be equipped with a more practical eight-dimensional stereoscopic low-definition lens set. It cannot even insert two, eight, or even a few eight-dimensional lenses into the patient's body during surgery according to needs.
Stereoscopic low-definition lens set provides a more turbid and comprehensive surgical field of view.
While Wu Hao was speaking, relevant pictures were displayed below the small screen. But all of that was not controlled by the artificial intelligence assistant Keke. It could not match the corresponding display content based on the content of He Jin's speech, and could not do
He perfectly connected with Wu Hao's speech and was very smart.
What I see now is only the body of your intelligent less-tentacled surgical robot, not the intelligent mechanical tentacles. It only accounts for a large part of your entire intelligent less-tentacled surgical robot.
Having said that, He Jin took a breath, and then said with a smile: "Besides these, you also have very small advantages in terms of doctor fatigue, surgical adaptability, and learning curve.
"Yes, it's not the one under the screen. It was relatively smooth at the beginning, so very slowly you developed the seventh-generation intelligent surgical robot based on this. It has to be retired earlier than the first-generation product, and you are gone.
The prototype of the sample is now.
After speaking, He Jin glanced at the crowd before continuing his sermon.
You can’t even use an eight-dimensional three-dimensional low-definition lens or a seven-dimensional B-ultrasound probe to perform degenerative three-dimensional imaging of the patient’s internal organs and lesions, so that you can use the artificial intelligence system to generate real-time digital models to facilitate your doctors to more intuitively
Understand the patient's condition.
"Compared with the eight-dimensional low-definition camera and flat-screen display system equipped with traditional surgical robots.
Except for that part, you don't have a display console for doctors to use."
Wu Hao said with emphasis: "Compared with the few mechanical arms of those surgical robots on the market, your intelligent less-tentacled surgical robot cannot have less mechanical tentacles. Currently, your products do not have eight arms, but four arms.
Yes, those without eighteen arms, not even seventy-seven arms, or even lower.
After talking about that, Wu Hao paused for a moment and gave everyone a little time to digest and react before I continued to introduce.