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- Presentation
Update on Hair Transplantation in China: Techniques, Evaluation, and Robotic Advances
Description
The speaker provided an update on hair transplantation in China, describing the growth of the field at Huashan Hospital, the history of its development in China, and the rise of training programs and professional societies. They explained the importance of careful preoperative evaluation, including assessing hair and scalp conditions, excluding disorders that could affect outcomes, and using imaging and AI-based tools to measure hair density, diameter, and scalp status. The talk compared FUT and FUE techniques, noting that FUT can preserve follicle integrity but leaves a linear scar and is less comfortable postoperatively, while FUE is less invasive, scar-free, and faster to recover from, making it the dominant approach in China. The speaker also highlighted specialized applications such as long-hair and shaved FUE, treatment of scars and vitiligo, combining FUT with FUE for severe alopecia, and using finasteride to improve donor supply. Finally, they introduced robotic hair transplantation systems, including the FDA-approved ARTAS and newer domestic robotic platforms, emphasizing improved speed, precision, graft selection, and real-time monitoring, and ended by mentioning China’s international role and Shanghai’s candidacy for a future world congress.
View moreConclusions
- Hair transplantation in China has rapidly matured from a late start into a large, highly organized field with active training, professional societies, and international engagement.
- The presentation argues that careful preoperative evaluation of scalp disease, comorbidities, and alternative diagnoses is essential for achieving good transplant outcomes.
- FUE has become the dominant harvesting method in China because it avoids linear scarring, causes less discomfort, and allows faster recovery than FUT.
- FUT still has value for efficient use of limited donor supply and strong follicle integrity, but its scar and recovery burden make it less favored.
- Combining FUT and FUE can help treat severe hair loss and conceal FUT scars while avoiding overharvesting.
- Medical optimization of donor hair, including finasteride use in selected patients, may increase donor availability and improve transplant planning.
- AI-based scalp and hair analysis is presented as a useful tool for quantifying hair diameter, density, and scalp condition before surgery.
- Chinese-made FUE instruments and specialized punches have expanded procedural options for different hair types and nonshaven techniques.
- Shaven and nonshaven FUE approaches, including long-hair transplantation, can produce natural-looking results while minimizing visible downtime.
- Hair transplantation can be extended to special indications such as scarring alopecia and vitiligo leukotrichia with good cosmetic outcomes.
- Robotic hair transplantation is portrayed as the next major advance, aiming to improve precision, speed, safety, and reproducibility.
- The domestic HAIRO robotic system is presented as a major breakthrough with high graft throughput and real-time data monitoring.
- Overall, the talk concludes that the future of hair transplantation lies in combining careful diagnosis, individualized technique selection, adjunctive medical therapy, advanced instrumentation, and robotics.
- 2021 CAHRS Publishing Group Standard for Hair Transplantation Specifications
- Orentreich N. Donor dominance in androgenetic alopecia. (referenced as “Donor Dominance”)
- Hair transplantation update / Wenyu Wu / Huashan Hospital Fudan University
- S027. Updates in Hair Disorders
- Deciding on pre-operative trichological evaluation / pre-operative evaluation of hair transplantation#10.32388/26fuqx
- Hair restoration surgical procedures by type of procedure (2025 Practice Census Results)
- First Introduction of the ARTAS robotic hair transplant system in China’s public hospital since 2018 by Prof. Wenyu Wu
- HAIRO FT-001 model – A successful case
- 14th World Congress for Hair Research, Seoul, May 28-31, 2026