Good luck! This village is full of billionaires

Jie Lin is a researcher at Rainbow Medical Devices Co., Ltd.

In the course of his reading career.

He graduated from the Department of Biomedical Engineering of Huaqing University with the first grade in his department.

Later, he enrolled in Johns Hopkins University to pursue a Ph.D. in the fields of medical imaging, image processing, and artificial intelligence.

in the working life.

He has worked in top companies such as GE, Siemens, and Intuitive Surgery, and has developed a number of world-leading medical imaging products as a core personnel.

In February.

Lin Jie was hired with a high salary to serve as the director of the photon counting CT laboratory of Rainbow Medical Devices Co., Ltd.

CT, i.e. computed tomography ~ tracing.

It is the use of accurate and collimated X-beams, rays, ultrasound, etc., and highly sensitive detectors around a certain part of the human body to do a cross-sectional scan one after another, with the characteristics of fast scanning time and clear images, which can be used for the examination of a variety of diseases.

Common CTs include ordinary CT, spiral CT, electron beam CT, energy spectrum CT, PET-CT.

Lin Jie's research field is more advanced photon counting CT.

In traditional CT, X-rays are converted into images, which requires two steps.

Photon counting CT can convert X-ray photons directly into electrical current to generate medical images.

I want to develop photon counting CT smoothly.

The detector on CT must be modified.

The detector is equivalent to the eye of the CT scan, which obtains the information and then reconstructs the medical image through various mathematical and physical operations.

Since 1995, the material of the detector has been scintillation crystal.

Lin Jie's R&D route is semiconductor detectors made of cadmium telluride crystals.

In nature, cadmium telluride takes three million years to produce.

And in the crystal laboratory of Rainbow Medical Devices Co., Ltd.

It only takes half a month to grow into 99.9999 percent cadmium telluride crystals.

After the successful development of semiconductor detectors.

Rainbow photon counting dual-source CT has been successfully developed with the cooperation of mechanical engineers, electronic engineers, software engineers, quality system engineers, instrument designers and others!

The performance of the prototype is very high.

The conversion efficiency of X has increased from 60 to 70 to more than 90.

The detector pixels have been reduced from about 1 mm to 0.1 mm, making them clearer.

Electronic noise is reduced, and the radiation dose is reduced by more than 50%.

As for the other advantages.

It needs to be in a clinical trial to be discovered.

Not an exaggeration.

The advent of rainbow photon counting CT is a milestone leap in the field of medical imaging diagnosis!

Next.

He would immediately contact Rainbow Hospital.

Large-scale human clinical trials were carried out with photon counting prototypes.

If the clinical trial is fine.

In the future, rainbow photon counting dual-source CT will appear in major hospitals.

So as to promote the development of medical imaging in Xia Guo and benefit the majority of patients in Xia Guo.

At this moment, Lin Jie sighed with emotion.

The scientific researchers of Rainbow Medical Equipment Co., Ltd. are really capable!

Every mechanical engineer, electronic engineer, software engineer, quality system engineer, and instrument designer has deep attainments in their respective fields.

Often he has a little bit of inspiration.

Researchers can turn inspiration into reality.

In just one month.

The photon-counting CT prototype was successfully developed.

This unprecedented scientific research experience is something he could not experience at companies such as GE, Siemens, and Intuitive Surgery.

......

At the same time.

Surgical robot R&D building.

Intervention in the robotics lab.

A newly developed rainbow vascular interventional surgery robot is particularly eye-catching.

The robot consists of two units: bedside operation and surgical control.

The bedside operating unit, which is modular in design, consists of a flexibly movable robotic arm mounted on the guardrail of the operating table and a control box with a surname.

The operation box is connected to the drive connection port at the end of the robotic arm.

The power device in the box controls the finger guide tube, finger guide wire, balloon or stent respectively, and receives instructions to complete the pushing, pulling and rotating actions, and the subtle movements can be accurate to 1

Compared with traditional vascular intervention robots.

The Rainbow Vascular Interventional Surgery Robot has the characteristics of reducing the radiation dose to the patient during surgery, improving the accuracy of surgical control, reducing the intraoperative contact between the doctor and the patient, small surgical trauma, fast recovery, and remote surgery.

Researcher Cai Chen looked at the machine in front of him and sighed secretly.

Vascular interventional robots face fragile human blood vessels, and at the same time need to operate catheters, guidewires, balloons and other interventional devices, and the products have high requirements in terms of performance and stability.

Internationally, only Siemens' Corpath robot and Europe's Robocath surgical robot can carry out coronary interventional surgery.

At present, there are still vascular interventional surgery robots approved in Xia Guo!(Read the violent novel, go to Feilu Novel Network!)

With the completion of the development of the rainbow vascular interventional surgical robot.

In the future, Xia Guo will be able to have a domestic vascular interventional surgery robot.

Therefore, it is widely used in vascular interventional surgery to save thousands of patients with cardiovascular diseases.

Cai Chen was overjoyed, but he was actually very puzzled. []

Rainbow Medical Equipment Group officially opened on May 28.

It's only been a little more than a month.

The Rainbow Vascular Interventional Surgery Robot successfully developed a prototype.

This used to seem incredible!

How can you develop a new device so quickly?

But it happened!

Next.

They will carry out clinical trials at Rainbow Hospital to verify the role of vascular interventional surgical robots.

......

July 8th.

Rainbow Medical Devices Co., Ltd.

Inside the General Manager's Office.

Qu Bin is checking the latest research and development progress of the company's medical devices.

R&D progress display.

Rainbow photon counting dual-source CT, the prototype was successfully developed!

Rainbow vascular interventional surgery robot, the prototype has been successfully developed!

Rainbow Spine Surgery Intelligent Navigation Robot, the prototype has been successfully developed!

Rainbow high-field strong magnetic resonance radiotherapy system, the prototype was successfully developed!

Rainbow clinical research dual-mode 7T magnetic resonance system, prototype successfully developed!

......

Rainbow gene sequencer, the prototype was successfully developed!

Rainbow angiography system, the prototype was successfully developed!

Rainbow Holter ECG monitoring system, the prototype was successfully developed!

Rainbow ultrasound endoscopic biopsy system, the prototype was successfully developed!

......

Rainbow cardiac ablation catheter has been successfully developed!

Rainbow drug-eluting cardiac stent was successfully developed.

Rainbow transcatheter aortic valve replacement system was successfully developed.

Rainbow real-time precise adaptive gamma knife system has been successfully developed!

......

Qu Bin looked at the dense R&D progress report, and couldn't help but have a smile on his face.

Continue to develop at this pace.

Rainbow Medical Equipment Co., Ltd. will become the world's top medical device company!

In fact......

What he didn't know was.

Rainbow Village is blessed with the aura of village medical instrument research and development.

Researchers, mechanical engineers, electronic engineers, software engineers, quality system engineers, instrument designers and other employees of Rainbow Medical Equipment Co., Ltd.

When developing medical devices, manufacturing capacity and R&D capacity will be doubled.

That's why.

The company's instrument R&D personnel have completed the successful R&D that other companies have not been able to complete in a few years in a short period of time.

It won't take long.

Rainbow Medical Equipment Co., Ltd. will be able to occupy a place in the field of medical devices in the world.