19
2025
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05
One-shot success! China's first hair transplant robot, HAIRO, successfully completed its first live surgery in Yunnan, receiving high praise from experts!
From May 15th to 18th, 2025, the "Third Standardized Diagnosis and Treatment and Hair Transplantation Practical Training Class for Hair Loss" hosted by the Health and Wellness Appropriate Technology Branch of the National Health Industry Enterprise Management Association was successfully held at Kunming Dermatology Hospital. This event focused on the promotion of cutting-edge technologies in hair medicine and the standardization of grassroots disciplines, attracting nearly 100 dermatologists and hair transplant practitioners from across the province and beyond to the Spring City. Simultaneously, more than 7,000 medical professionals participated online, making it a large-scale event. During the conference, HAIRO, Asia's first domestically produced hair transplant robot to receive NMPA Class III certification, completed a live demonstration of its first clinical surgery in Yunnan, marking the official entry of Yunnan's hair diagnosis and treatment into the "precise and intelligent era".
From May 15th to 18th, 2025, the "Third Standardized Diagnosis and Treatment and Hair Transplantation Practical Training Class for Hair Loss" hosted by the Health and Wellness Appropriate Technology Branch of the National Health Industry Enterprise Management Association was successfully held at Kunming Dermatology Hospital. This event focused on the promotion of cutting-edge technologies in hair medicine and the standardization of grassroots disciplines, attracting nearly one hundred dermatologists and hair transplant practitioners from within and outside the province gathered in the Spring City, and more than 7,000 medical colleagues participated online, making it a grand event. During the conference, HAIRO, Asia's first domestically produced hair transplant robot to receive NMPA Class III certification, completed the first clinical surgery live demonstration in Yunnan , marking the official entry of Yunnan hair diagnosis and treatment into the "precise and intelligent era".

Kunming Dermatology Hospital announced the debut of the HAIRO hair transplant robot in nearly 20 core business districts in Kunming.
From the laboratory to the operating room, HAIRO demonstrates its strong application value.
In this operation, the HAIRO hair transplant robot assisted Professor Fan Zhexiang's team from Southern Medical University in successfully completing a hair transplant surgery. It is understood that this is the 6th public surgery demonstration witnessed by the media that HAIRO has completed nationwide since its official launch at the beginning of the year. , Its rapid clinical application trajectory far exceeds industry expectations - compared to the Da Vinci surgical robot (which entered China in 2006 and took more than ten years to achieve large-scale implementation) , HAIRO has achieved a leap from "first certification approval" to "landing in multiple provinces and institutions" in just 4 months, proving the leap from industrialization to commercialization of Puncture Robotic and the vast market demand for the HAIRO hair transplant robot.
The advantages of the HAIRO hair transplant robot were fully demonstrated in this surgery. During the surgery, it uses AI algorithms to automatically identify and locate hair follicle units, enabling precise puncture and uniform extraction of hair follicles. Its millisecond-level ability to identify single, double, and multiple hair follicles, coupled with its unique “single-follicle skipping function”, protects each hair follicle to the greatest extent, truly achieving minimal trauma and greater precision. At the same time, the human-machine collaboration model further improves the surgical effect.

Doctors can focus more energy on controlling and optimizing the surgical plan, while the robot efficiently and stably performs the hair follicle extraction task. This tacit cooperation makes the surgery more perfect and brings better treatment experience and results to patients.
Human-machine collaboration eye-catching moment: The medical team actively discusses the surgical plan while HAIRO automatically performs hair follicle extraction.
Cutting-edge equipment empowers business operations, HAIRO becomes a breakthrough tool.
HAIRO's debut surgery in Yunnan is not only a milestone in technological implementation, but also demonstrates the strategic penetration of "HAIRO hair transplant robot empowering industry breakthroughs". Eye-catching tool:
Since its launch at the beginning of the year, HAIRO has conducted 6 surgeries live-streamed and witnessed by the media, covering various heavyweight platforms such as WeChat video accounts, Douyin, and Beijing/Zhejiang/Henan/Yunnan provincial and municipal TV stations, with a cumulative viewership of over 28 million; Operational empowerment:

Currently, many private institutions cooperating with the HAIRO hair transplant robot are showing a simultaneous increase in volume and price. Backend data shows that the Baidu search index has soared by nearly 300%, and the Douyin search index has soared by nearly 200%, effectively enhancing brand appeal and reducing customer acquisition costs.
After the surgery, the patient took a commemorative photo with the HAIRO hair transplant robot. Driven by the dual forces of increasing hair transplant consumption year by year and continuous technological iteration, HAIRO is proving that: The core competitiveness of future hair institutions will no longer be proficiency in traditional technologies, nor the vicious cycle of price war involution, but the ability to use cutting-edge equipment to create excellent hair transplant services.
This ability is redefining the dimensions of industry competition.
The successful debut of the HAIRO hair transplant robot in Yunnan is not only a major breakthrough in the field of hair medicine, but also a vivid epitome of the transition of domestic medical equipment from "technology catching up" to "innovation leadership." It not only reshapes the industry's understanding of hair transplant technology with AI algorithms; it also frees doctors from repetitive work through the "human-machine collaboration" model, making each surgery a deep integration of "precise medicine" and "humanistic care".