On March 28th, a groundbreaking event that challenged traditional medical understanding took place. The "HAIRO Hair Transplant Robot Press Conference" and the "AI Hair Transplant "Media Witness" Surgery" were held. The event, held at Hangzhou Plastic Surgery Hospital, marked the first appearance in East China. The successful conference signifies the official commercial launch of the Puncture Robotic HAIRO hair transplant robot at Hangzhou Plastic Surgery Hospital, a renowned national tertiary specialized hospital. This is another significant achievement following the commercial launch at Zhengzhou Zhongzhi Hair Transplant Hospital in early March. It demonstrates the high market recognition of the HAIRO hair transplant robot and heralds a new era of intelligent technology and upgrades in the hair transplant industry.

The press conference was graced by many distinguished guests. Professor Tan Xiaoyan, Honorary President of Hangzhou Plastic Surgery Hospital; Professor Yao Ping, President of Hangzhou Plastic Surgery Hospital; Professor Liu Qing, hair expert at the Ninth People's Hospital affiliated with Shanghai Jiao Tong University School of Medicine; Zhang Zhaodong, founder of Puncture Robotic; Dean Sun Yuning, Suzhou Collaborative Innovation Medical Robot Research Institute; Professor Yang Kai, affiliated with Huashan Hospital, Fudan University; and Qin Jianhua, director of the Medical Education Department of Hangzhou Plastic Surgery Hospital Many experts attended, adding a strong professional atmosphere to the event. Zhejiang Television News Channel, Phoenix.com, NetEase, Metropolitan Express, Toutiao, and over 10 other major media outlets attended. 。

Many participating experts took commemorative photos.

Industry, academia, research, and medicine collide, exploring the value of the HAIRO hair transplant robot from multiple perspectives.

Professor Tan Xiaoyan, Honorary President of Hangzhou Plastic Surgery Hospital In her speech, she reviewed the hospital's glorious transformation. When mentioning the hospital's many years of exploration in the field of hair transplantation, Professor Tan's heartfelt relief and pride were evident, and she gave it high praise. Now, Hangzhou Plastic Surgery Hospital actively embraces technological changes and is the first to introduce the advanced HAIRO hair transplant robot, introducing new productivity to hair treatment. It helps the medical team perform hair transplant surgery more intelligently, accurately, and efficiently, solving problems for patients with hair loss and contributing to the high-quality development of the industry.

The Ninth People's Hospital of Shanghai has a long-standing reputation in the field of hair transplantation, and its authoritative expert, Professor Liu Qing, systematically explained the development process and current situation of hair transplant technology from its inception. Professor Liu emphasized that hair transplant surgery, as a highly professional medical project, has extremely stringent requirements for technical precision, She stated that the advent of the HAIRO hair transplant robot will fully leverage its standardized, precise, and intelligent advantages to empower the medical team, accelerate the intelligent construction of public hospital hair clinics, and undoubtedly represents a major innovation in the field of hair transplantation.

Mr. Zhang Zhaodong, founder of Puncture Robotic, detailed the technical principles, advantages, and clinical applications of the HAIRO hair transplant robot. He pointed out that, the development of the HAIRO hair transplant robot brought together more than 10 leading domestic and foreign experts and dozens of Bongce employees, combining perception mechanics, biomedicine, materials science, and computer vision, with an investment of over 100 million and taking 5 years to complete. By integrating binocular vision, depth vision, and infrared light source technology, combined with a head dynamic tracking system and an AI computing platform with three times the import capacity of similar products, it achieves six intelligent path planning before puncture and simultaneous hand-brain control. The 6+3 degree-of-freedom robotic arm breaks the limits of ergonomics and can continuously perform high-precision, high-quality follicle extraction. The pioneering AI multi-embryo hair transplantation solution can prioritize the extraction of multi-embryo follicles while ensuring uniformity, greatly reducing the number of punctures while meeting clinical hair transplantation needs and protecting each follicle of the patient.

Mr. Zhang Zhaodong, founder of Puncture Robotic, shared the HAIRO hair transplant robot product.

Zhang Zhaodong stated that the application of these innovative technologies closely linked to clinical needs gives the HAIRO hair transplant robot broad application prospects and huge market potential in clinical practice, Since the product was launched on March 1st, it has been the first in the industry to complete the commercial launch process in multiple public hospitals and private institutions, injecting new impetus into the hair transplant industry.

In the climax of the press conference, the leaders of Hangzhou Plastic Surgery Hospital and representatives of Puncture Robotic held a grand "HAIRO Hair Transplant Robot Clinical Training Demonstration Base" unveiling ceremony. This ceremony not only symbolizes the official start of the cooperation between the two parties but also marks a solid step forward for Hangzhou Plastic Surgery Hospital in the field of hair transplant technology, injecting new vitality into the hospital's future development.

Professor Tan Xiaoyan, Honorary President of Hangzhou Plastic Surgery Hospital, and Zhang Zhaodong, founder of Puncture Robotic, jointly unveiled the demonstration base.

Subsequently, Professor Sun Yuning, Dean of Suzhou Collaborative Innovation Medical Robot Research Institute, and Professor Yang Kai, affiliated with Huashan Hospital, Fudan University, also delivered wonderful speeches. Professor Sun, from the perspective of technological research and development, deeply analyzed the innovation and practicality of the hair transplant robot and gave high praise to its important position in the field of medical robots. Professor Yang, from the perspective of clinical application, shared the excellent performance of the hair transplant robot in actual surgery and its advantages in improving surgical outcomes, shortening surgical time, reducing patient pain, shortening the doctor's learning cycle, reducing repetitive work, and improving the overall quality of surgery. He expressed great expectations for its future development.

The media witnessed the excellent clinical performance of HAIRO firsthand.

At 1 p.m., the first "AI hair transplant surgery" in East China was successfully carried out at Hangzhou Plastic Surgery Hospital. Dr. Zeng Pingying of Hangzhou Plastic Surgery Hospital demonstrated the entire clinical surgical process of the HAIRO® hair transplant robot to multiple television media outlets. The entire surgery was highly smooth, efficient, and intelligent, completing a hair transplant surgery of several thousand units for a patient with hair loss.

When designing the hair transplant area shape and planting plan before surgery, unlike traditional hair transplant consultants who rely on manual area calculation and design, Hangzhou Plastic Surgery Hospital uses AI intelligent calculation to comprehensively customize a design that includes planting area, multi-zone multi-layer planting, hair follicle density gradient, hair growth direction angle, etc., to meet the customer's needs.

Photos of Dr. Zeng Pingying of Hangzhou Plastic Surgery Hospital using the HAIRO hair transplant robot during surgery.

During the surgery, the HAIRO hair transplant robot efficiently assisted Dr. Zeng Pingying in the extraction of hair follicles. With its excellent AI intelligent algorithm as the core and μm-level operating precision, HAIRO can help doctors complete the hair follicle extraction plan in a specified area within 7 seconds, accurately identify the distribution of single, double, and multiple hair follicles, complete the planning of hair follicle angle, depth, and extraction path, and quickly carry out automated extraction work. At the same time, the intelligent traceability system records the extraction trajectory of each hair follicle throughout the process, accurately quantifying the extraction quantity, extraction area, and extraction density, making the hair transplant effect transparent and traceable, and providing consumers with a more efficient, transparent, and precise medical solution.

This hair transplant surgery not only demonstrates the deep integration of AI technology and medical scenarios, but also highlights the unique charm of cutting-edge technology making medical treatment more efficient, intelligent, and excellent, in With the assistance of the robot, doctors can focus more on optimizing and adjusting the surgical plan, real-time control of the surgical effect, and thus improve the overall surgical quality. At the same time, it also redefines the hair transplant industry standards with "data transparency of the entire hair transplant process and standardization of hair transplant technology and quality", achieving good surgical results.

It is understood that Hangzhou Plastic Surgery Hospital, as a national tertiary plastic surgery hospital with a 40-year history under Citic Medical Group, is the first to introduce the AI hair transplant robot. This not only allows for standardized technology to shorten the training period for excellent doctors, but also allows doctors to reduce repetitive mechanical operations, extending the golden career life of brainpower, eyesight, physical strength, cervical spine, and hands, allowing them to have more energy to perform each hair transplant surgery well and spend more time providing consumers with more valuable medical services. At the same time, with the help of the intelligent advantages of the HAIRO hair transplant robot, the hospital will be able to provide patients with a safer, more efficient, faster, and more precise hair transplant service experience in the future, reshaping the quality benchmark of the hair transplant industry and leading the hair transplant field towards a more intelligent and humane direction.