ARTAS® Hair Restoration
If you’re looking for a way to restore a receding hairline or other hair loss, be assured that modern technology has solutions. Robotic hair transplant offers numerous advantages, ranging from minimal scarring to rapid recovery times and beyond. At Reef Hair, we use the newest and most advanced hair restoration technology available – The ARTAS® iXi robotic hair restoration platform.
What is ARTAS®?
The ARTAS® iXi is the latest generation of the ARTAS® robotic hair transplant systems, possessing various improvements over the acclaimed ARTAS® iX model. This cutting-edge, physician-assisted robotic technology allows us to give you the fullest, most natural looking results available with the minimum recovery time and disruption of your schedule.
Robotic FUE Transplants
An ARTAS® hair transplant uses the Follicular Unit Extraction (FUE) technique. Grafts are extracted as individual follicular units, reducing scarring, and creating a more vibrant looking outcome. Robotic hair restoration is the top of the line for this method of hair transplant, and the ARTAS® iXi is its most refined and intelligent system.
- Higher Precision
The ARTAS® iXi features a new Vision System that improves harvesting speed, final graft quality, and follicle centering by using multiple stereoscopic, high resolution (4 micron) cameras coupled with a seven-axis robotic armature. This new implantation tool now allows up to 30-degree angles of implantation to create more natural angles and final results. The ARTAS® system provides unprecedented precision during hair transplant procedures.
- Greater Speed
The ARTAS® iXi features a 20-25% increase in speed compared to its predecessor. The robotic hair transplant system achieves this through a number of improvements… starting with the Vision System which allows the ARTAS® iXi to more rapidly identify optimal recipient sites concurrently with graft implantation.
- Intelligent Operation
The ARTAS® iXi possesses a sophisticated AI that works in conjunction with the physician – constantly analyzing, monitoring, and tracking each hair follicle. This precise measurement of each hair’s position and orientation is what gives the system its speed and accuracy. It is even able to compensate for patient movements during the procedure.
The Artificial Intelligence algorithms help identify the most favorable graft recipient sites while simultaneously implanting each harvested graft. This AI-guided harvesting (coupled with its graft analysis capabilities) provides the highest quality grafts, free of linear scarring, and the most natural-looking results available.
In addition, the AI learns from its past and current grafts by developing new diagrams and maps, which allow for ongoing progress should future sessions be required.
