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Robotic accuracy…Quality grafts…Precise implants

ARTAS is a robotic hair transplantation system that provides:

Visualization of expected results before the procedure by ARTAS Hair studio technology.
Mistake-free selection & harvesting of best follicle grafts by HD Stereoscopic Vision & Digital Mapping technologies.
Uniform natural hair distribution in donor & recipient areas by Artificial intelligence algorithms.

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Treatments:

Hair Transplantation

Hair Robot

Natural dense hair results

ARTAS provides superior results by improving the quality of each one of the 6 steps in the procedure by the robotic technologies.

Visualizes the expected results

ARTAS hair studio enables the user to use actual patient photos for designing & demonstrating different 3D simulations of expected results before the procedure. This motivates patients to buy-in by visualizing their future look.

Robotic hair analysis

ARTAS is superior to human in seeing & selecting best grafts, it analyzes each hair's angle, thickness & type 60 times per second through HD stereoscopic vision system that tracks each hair even if the patient moves.

Intelligent graft selection

ARTAS identifies top quality grafts for harvesting with a consideration of maintaining the natural look of the donor area after the procedure through its artificial intelligence algorithms.

Fast precise incisions

Site-making incisions are automated by robotic speed and precision with physician control on hair's depth & angle parameters.This result is creating up to 2,000 precise incisions per hour.

Preserves precious follicles

ARTAS aligns the needle's angle with the direction of hair follicles, this minimizes the severance of precious hair follicles during harvesting & preserves surrounding tissue of the graft by the Image-Guided Robotic Alignment.

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Imdad YouTube channel

How it works

A visual design is created by ARTAS Studio
ARTAS continuously targeted hair follicles
Grafts are harvested by the robot according to the analysis
Robotic site making is performed as per the design