Military Technology

"Establish extracorporeal circulation!"

As the order was given, mechanical tentacles immediately added several transparent hoses, placed them into the rabbit's chest, and then inserted them into the rabbit's aortic veins.

Through this system, it can temporarily replace the rabbit's heart to transport and exchange blood.

"Start the heart removal operation, the clock starts!"

Then the countdown started on the big screen. Through the first-person view of the eighteen-hand multi-tentacle mini intelligent surgical robot, you can see that there are several mechanical tentacles reaching in, some supporting the heart, and a frame clamping the heart. of the proximal aortic vessels. After these were completed, as the scissors on the tentacles were closed, the aortic vein on the rabbit's heart had been cut off, and then a heart that was still beating slowly was taken out from the rabbit's chest with a mechanical tentacle, and then placed next to it. on top of the tray.

"Bio-3D printed heart ready!"

Immediately, the scientific researchers standing on the operating table opened a red box with a medical cross mark that had been prepared long ago. A burst of air-conditioning came out of it, and in the air-conditioning, there was a glass container, which was opened. Container, the researcher carefully took out a small living heart tissue from inside.

Then he took out the relevant solution and cleaned the rabbit heart. After cleaning it several times, the researcher placed the bio-3D printed heart into a square plate next to the operating table.

The scientific researchers who control the eighteen-hand multi-tentacle micro intelligent surgical robot here have completed the preparations for cleaning the rabbit's chest. After seeing that the bio-3D printed heart tissue is ready, they immediately control the mechanical tentacles to gently remove the heart. He picked it up gently and put it smoothly into the rabbit's chest.

Through the miniature high-definition probe on the robotic arm, everyone in the observation room was able to see the relevant images inside the rabbit's chest so clearly.

The 3D bioprinted heart placed in the rabbit's chest was slightly adjusted by the mechanical tentacles, and then new mechanical tentacles came in to fix the 3D bioprinted heart. Then new tentacles came in and anastomosed the aortic veins on the bio-3D printed heart with the main veins of the rabbit.

Soon, a mechanical tentacle like a sewing machine came in, then wrapped around the rabbit's main vein, and then began to sew it up.

The sewing speed was very fast, so fast that people were a little surprised, just like a sewing machine. With the sound of a sewing machine and a stapler, these blood vessels were sutured together.

I looked at the time and saw that only about seven or eight minutes had passed.

You know, generally such an operation, even on a rabbit, would take several hours to complete, but now with the help of such a mini intelligent surgical robot with eighteen hands and multiple tentacles, it can be completed in seven or eight minutes. For the most part, this is too fast.

Pull out the extracorporeal circulation system and start checking the suturing effect.

As the extracorporeal circulation system was pulled out, everyone in the observation room began to stare at the high-definition picture on the big screen, wanting to see the effect of the vascular anastomosis.

You know, suturing blood vessels is actually very simple. It is nothing more than connecting two pipes and sewing them together. The difficulty is to prevent leakage at the interface between the two blood vessels through suturing, and this tests the suturing skills.

Obviously, the suturing technology of this eighteen-hand multi-tentacle micro intelligent surgical robot is very good. Everyone has been observing it for a long time, but there is still no leakage at all.

Get ready for CPR!

I saw a special tentacle extending into the rabbit's chest and began to gently press the rabbit's heart. At the same time, medical staff began to inject relevant drugs into the rabbit to activate the 3D bioprinted heart tissue.

Under the gaze of everyone, as this special tentacle continued to press the newly implanted 3D bioprinted rabbit heart, the heart finally responded and began to beat slowly.

As the medicine took effect, the heart beat faster and faster.

The anesthesiologist took a look at the test data and then motioned to the researchers on the operating table.

"The heart transplant is successful. Start cleaning the chest and prepare to close the abdomen!"

Bang bang bang bang...

In the observation room, everyone stood up and gave warm applause.

Today's animal surgery experiment really opened their eyes and gained their knowledge. It turns out that heart transplant surgery can actually be done, it can be so fast, and it can be so simple.

Originally, everyone had been mentally prepared for a long time and planned to watch the entire operation here, but unexpectedly, the operation only took dozens of minutes from beginning to end, which was too fast.

Although they know that the real heart surgery will definitely not be as fast as it is now, but according to this progress, it may not be much slower. This is much faster than the most advanced conventional heart replacement surgery at present.

This also made everyone, especially Wu Jiuzhi and Xu Shenghua, stare at the eighteen-hand, multi-tentacled miniature intelligent surgical robot in the operating room with gleaming eyes.

Xiao Wu, how much does such a miniature intelligent surgical robot with eighteen hands and multiple tentacles cost, and what conditions are required if we buy it and introduce it. Xu Shenghua asked Wu Hao.

And his question also attracted the attention of everyone present, even the leaders of the non-health department showed curious expressions.

Wu Hao heard this and said with a smile: "Actually, the price of a multi-tentacled intelligent surgical robot like this is not expensive. Compared with the surgical robots currently used in the industry, the price is actually not much different. Even some of our models It is also cheaper and has better performance than the surgical robots produced by other peers in the industry.

The price of an eighteen-hand, multi-tentacled micro intelligent surgical robot like this is probably around millions or tens of millions. Different models, different functions, and prices are also very different.

The specific price still needs to be determined based on the order you choose. After all, everyone has different needs and different specifications, so the prices will naturally be different.

Moreover, there are relevant preferential measures in this regard for domestic hospitals and some of our cooperative hospitals. If you are interested in the specific situation, I will ask someone to introduce it to you. "

Hearing Wu Hao's answer, Xu Shenghua nodded, then looked at the eighteen-hand multi-tentacled micro intelligent surgical robot in the operating room on the other side of the glass and asked Wu Hao: "How do you operate this multi-tentacled surgical robot?" Is it troublesome?"

Wu Hao smiled and shook his head: "It's not troublesome at all. It can be said to be very simple. The relevant doctors only need a month of short-term training to be able to operate it skillfully."

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