ISTANBUL, Turkey – 1st July, 2026 – ASMED Clinic announced the integration of KE-Bot, a U.S.-patented, AI-powered robotic scanning system developed under the leadership of Dr. Koray Erdoğan, into its clinical workflow to enhance pre-operative planning and objective post-operative measurement in hair transplantation.

The integration follows a period of sustained international interest in Turkey as a destination for hair transplant procedures and aligns with ongoing efforts to pair surgical expertise with scientific measurement. The company indicated that the KE-Bot system provides 360-degree high-resolution imaging of the hair and scalp and generates a reproducible dataset that complements surgeon-led clinical assessment.
KE-Bot captures clinical metrics including hair density, follicle thickness and donor area capacity, and produces objective counts for use in pre-operative planning. The system also records post-implantation metrics such as the number of implanted grafts and achieved hair density, providing measurable points of comparison across treatment stages. The company described this capability as supporting evidence-based planning and documented outcomes within the clinical record.
The deployment positions ASMED Clinic to combine technology-driven analysis with manual surgical techniques. Manual FUE (Follicular Unit Extraction) remains a central technique practiced by the clinic’s surgical team and by Dr. Koray Erdoğan in his clinical practice. Manual FUE involves the extraction and implantation of individual follicular units under direct surgeon control, enabling specific adjustments to angle, depth and direction that influence aesthetic appearance and long-term graft placement.
ASMED Clinic characterized its approach as one that prioritizes surgeon judgment and manual skill alongside analytic inputs from imaging and measurement tools. The company noted that transection risk, a factor that can affect graft survival, can be mitigated through the combined use of careful manual technique and pre-operative data on donor area characteristics supplied by KE-Bot.
The integration also reflects a broader trend in the sector toward incorporating imaging, artificial intelligence and objective measurement into procedural planning. The company cited the emergence of standardized clinical data collection as a factor in cross-case comparison and educational activities. In addition, the clinical integration aims to support documentation of treatment variables that are relevant to clinical review and professional collaboration.
Dr. Koray Erdoğan is identified in the company’s materials as a founder of a surgical medical center and as a founding member of the World FUE Institute; his leadership in the development of KE-Bot is presented as a contributing factor to the system’s clinical orientation. ASMED Clinic emphasized that the combined application of a U.S.-patented scanning system and manual FUE techniques is intended to provide reproducible data for treatment planning while maintaining surgeon-led control over aesthetic parameters.
The company framed the integration as part of ongoing clinical development rather than a single technological replacement for manual technique. ASMED Clinic described the initiative as an effort to align surgical practice with measurable clinical inputs and to support consistent documentation of donor capacity, graft counts and achieved density in hair restoration procedures.
About ASMED Clinic
ASMED Clinic is a clinical provider of hair restoration services operating in Turkey. The organization offers surgeon-led hair transplant procedures and incorporates diagnostic imaging and clinical measurement into treatment planning. ASMED Clinic engages in professional education and clinical documentation practices related to follicular unit extraction techniques.
MEDIA DETAILS
Contact Person: Media Relations
Company Name: ASMED Clinic
Email: contact@hairtransplantfue.org
Website: https://www.hairtransplantfue.org/




