Recently, the first hair transplant robot surgery in China was fully operational at the Run Run Shaw International Medical Center, successfully completing a hair transplant surgery for a 45 year old patient. The success of this surgery has a milestone dual significance: on the one hand, Run Run Shaw International Medical Center's full process medical care has opened a new era of intelligent and precise hair transplant surgery; On the other hand, as the first domestically produced hair transplant robot to achieve commercialization in China, "Shuzhidao" has successfully broken the foreign technology monopoly and fully demonstrated the innovation strength of Chinese medical technology enterprises.

01. Customized human-machine collaboration solution, reshaping the gold standard of surgery
The patient recently sought a hair transplantation solution at the Run Run Shaw International Medical Center. After a series of comprehensive and detailed preoperative examinations and evaluations, Dr. Zhou Qiang, a senior expert in the field of hair transplantation, evaluated the patient's actual situation and determined that 2000 hair follicle units needed to be implanted to meet the patient's aesthetic demands for hair.

The surgery started at 13:00 on time. Unlike traditional hair transplant surgery, which requires the doctor to maintain a fixed posture for a long time and hold an extraction instrument on the patient's head to extract hair follicles from different areas, this surgery is assisted by a hair transplant robot. The doctor only needs to sit in front of the hair transplant robot monitor and complete the surgical process through a high-definition touch screen.

Firstly, perform patient information verification, and then enter the critical parameter setting stage. Doctors can personalize parameters based on individual characteristics such as hair follicle diameter and hair angle of patients. After the parameter adjustment is completed, the "smart brain" of the surgical hair transplant robot starts to operate at high speed to generate patient extraction plans, including but not limited to the number, density, and path of target hair follicles. When the command is issued, the "smart eye" equipped with a multi-dimensional vision system immediately starts, automatically corrects the position through real-time image analysis, and accurately identifies the morphology of each hair follicle; Finally, the "dexterous hand" with 8+3 degrees of freedom begins to automate precise operations. This innovative model of "human-machine collaboration" not only improves surgical accuracy to a new height, but also liberates doctors from complex physical operations, truly achieving the perfect combination of precision medicine and humanized surgery.

Director Zhou Qiang said, "As a doctor who has been engaged in clinical hair transplantation for a long time, I have experienced the revolutionary progress brought by robotic hair transplantation technology, especially after using the surgical hair transplantation robot. Our team has a deeper understanding of the advantages of this technology. The operation of the surgical hair transplantation robot is more precise, the hair follicle extraction damage is smaller, the bleeding is less, the postoperative recovery is faster, and the hair follicle survival rate is higher. It can be said that the three advantages of 'minimally invasive, precise, and efficient' are perfectly reflected in robotic hair transplantation. This technology is not only a breakthrough in medical technology, but also provides patients with safer and higher quality diagnosis and treatment choices.

The patient said, "Before the surgery, Director Zhou Qiang patiently explained to me the principle of FUE technology used in the hair transplant robot. The personalized design of the puncture path can automatically avoid the original scar area, and the hair collection density is evenly distributed, ensuring that the wound in the postoperative donor area is small and hidden. The team cooperated well during the surgery, operated in a standardized manner, and maintained communication between doctors and patients throughout the process, effectively relieving my nervousness. The medical team maintained professional communication, and after the surgery, there was only a slight swelling sensation in the occipital area.

Compared with traditional surgery, the advantages of robotic hair transplantation are very significant. Firstly, the surgical hair transplantation robot achieves micrometer level operation accuracy through advanced AI algorithms and high-precision robotic arms, ensuring that every target hair follicle can be accurately located and maximizing the integrity of hair follicles; Secondly, compared to traditional hair transplantation surgery, which usually takes several hours or even longer, both doctors and patients face significant physical exertion. However, the surgical approach of hair transplantation robots can significantly improve the overall efficiency of the surgery, greatly reduce the workload of doctors, and also improve the comfort of patients; In traditional surgery, factors such as fatigue and tremors caused by prolonged repetitive operations by doctors may affect the surgical outcome. However, hair transplant robots completely avoid these problems and ensure high levels of stability and consistency in each surgery through automated operations. Finally, based on deep learning algorithms, personalized hair transplantation plans can be customized for patients to achieve more natural postoperative outcomes.

02. The leap from tradition to intelligence, pursuing natural and perfect evolution
Looking back at the development history of hair transplantation technology, it can be said that this is a history of continuous breakthroughs in medical technology.

In the mid-20th century, although skin flap transplantation technology pioneered hair transplantation, the postoperative effect was unnatural and the trauma was significant;

As time passed into the 1990s of technological innovation, the emergence of Follicle Unit Transplantation (FUT) technology brought about a qualitative leap in hair transplantation results. However, the linear scars hidden in the posterior occipital region of patients have left many patients who pursue perfection in a dilemma;

With the continuous innovation of technology, FUE (Follicle Unit Extraction) technology brought revolutionary changes in the early 21st century. This technology completely avoids the formation of linear scars by extracting individual hair follicle units. It is like a delicate embroiderer, bringing "scarless hair transplantation" from dreams to reality. But the ultimate requirement for doctors' "skillful hands" in this technology has always constrained its further development.

Nowadays, the Shuzhidao hair transplant robot is leading hair transplantation technology into a new era. This revolutionary intelligent system innovatively integrates three core advantages:
'Extremely precise eyes' - equipped with a high-precision visual recognition system that can capture the shape of each hair in real time;

The brain without a last resort "- an intelligent algorithm based on deep learning that can accurately plan the best surgical plan;

The hand that is as exquisite as a hair's breadth "- equipped with a high degree of freedom robotic arm, achieving sub millimeter level precision operation.

When cutting-edge technology meets artistic aesthetics, the art of hair transplantation robots is redefining the standards of hair transplantation, marking a magnificent transformation of hair transplantation from a medical practice to artistic creation.

03. The fastest commercialization landing speed, leading the industry track
 From research and development to commercialization: efficient promotion.
The speed of the development and commercialization of the Shuzhidao hair transplant robot is remarkable. Since completing clinical trials and being approved for market in 2024, Shuzhidao has achieved a leap from product release to commercialization in just one year. This efficient commercialization process not only reflects the outstanding capabilities of the enterprise in technological innovation and market development, but also demonstrates its strategic vision of accurately grasping market opportunities.

 Complete commercialization system: from delivery to after-sales service.
The commercial success of the surgical hair transplant robot cannot be separated from its complete commercial system. The art of technology has established an efficient operational system by integrating key links such as research and development, production, and marketing. The company adopts a fast cycle mode of "research and development verification iteration" to continuously optimize product performance; At the same time, by establishing a comprehensive supply chain system and a professional marketing team, we ensure that our products quickly enter the market and gain user recognition. In addition, Shuzhidao also provides one-stop services from equipment installation, operation training to after-sales maintenance, ensuring that users can quickly get started and use it efficiently.

04. Single point breakthrough to ecological empowerment, leading the way of "precision medicine" with the art of technology
Standing at a new starting point in the development of medical technology, the successful application of the surgical hair transplant robot heralds the accelerated arrival of the intelligent medical era. This breakthrough technology that integrates artificial intelligence, robotics, and clinical medicine not only showcases China's outstanding achievements in cultivating new quality productivity, but also outlines a new vision for the future development of healthcare. With the deep integration of cutting-edge technologies, the next generation of surgical hair transplant robots will achieve more accurate intelligent decision-making and smoother human-machine collaboration, promoting the evolution of medical services towards "ultra precision, ultra minimally invasive, and fully automated" direction.

The continuous innovation of hair transplant robot technology will drive the coordinated development of upstream and downstream industrial chains such as biomaterials and intelligent equipment, forming a medical technology industry cluster with international competitiveness. In the context of global competition, China's original hair transplant robot technology is expected to become a new business card for medical equipment to go global.

Source: http://qixieke.com/Font/index/detailPage.html?id=3392-136