The ASMED innovation ecosystem connects donor assessment, surgical planning and graft handling. KE-Bot, KE-Hair Analyzer and K.E.E.P. address different stages of FUE. They can provide measurements or handling support, but a device name, patent or algorithm does not establish clinical superiority or guarantee an individual result.
A U.S.-patented robotic 360° scanning system that uses high-definition photography and 3D scalp modelling to support objective donor and recipient assessment.
An AI-powered donor-area assessment system designed to support a more objective and personalised extraction plan—even without fully shaving the patient’s hair.
The Koray Erdogan Embedding Placer was developed for controlled graft placement into pre-made incisions while minimising forceps-related compression and unnecessary graft handling.
The value of innovation is not the device alone, but how objective information supports clinical decisions throughout the procedure.
Quantify density, calibre, follicular distribution and donor capacity before deciding how much can be safely extracted.
Connect donor data with Coverage Value, extraction distribution and the patient’s probable future hair-loss pattern.
Use controlled placement methods intended to respect incision direction and minimise unnecessary pressure on the graft.
Measurement tools may make selected variables easier to record consistently. They do not replace diagnosis, donor-area judgment, surgical skill or long-term planning.
US patent US11928821B2 verifies an active image-processing and robotic hair-transplant assessment patent naming Koray Erdogan and Oguzhan Urhan. It describes the protected method; patent grant does not prove better patient outcomes.
A 2026 study of 259 phototrichogram images from 92 patients reported automated hair detection and width measurements, but it evaluated a separate research pipeline—not KE-Hair Analyzer. The sample was predominantly dark-pigmented hair, and agreement limits mean its results cannot be transferred automatically to another device or every patient.
The ISHRS FUE guide describes manual, motorised and robotic tools while emphasizing physician judgment and donor preservation. Read the separate donor-area guide and FUE patient guide before interpreting a device measurement as a treatment plan.
This site is affiliated with ASMED. The device descriptions above are attributed to ASMED's official materials and should not be read as independent comparative evidence. The cited 2026 research supports the general feasibility of automated hair measurement but did not test KE-Bot, KE-Hair Analyzer or K.E.E.P. No result, safety advantage or superiority is promised.
ASMED’s gallery contains selected clinic-published examples. Review follow-up timing, donor views and comparable cases; photographs cannot predict an individual result.
Submit photographs for an initial assessment and receive information directly from the ASMED patient coordination team.