Book on ARTAS Robotic Hair Restoration System by Dr.Rashid of Mosaic Clinic, Houston
Robotic hair restoration is the latest technique that is preferred among minimally-invasive methods of hair restoration. The ARTAS robotic hair restoration system uses FUE hair transplant technology that treats hair loss and male or female pattern baldness.
Any new system is sure to produce doubts among people regarding its efficacy, safety, results it produces and what actually the system does. To dispense all doubts and to further explain about the ARTAS robotic system Dr.Rashid M.Rashid, the director of the Hair Transplant Houston: Mosaic Clinic has published a book.
This book on robotic hair restoration entitled “Robotic Hair Restoration: Follicular Unit Hair Transplants FUE” will highlight every aspect of robotic hair restoration that is expected to clear all doubts arising among prospective patients who are looking for the best method of hair restoration.
The highly precise ARTAS computerized system controls a robotic arm that can be guided by cameras, color identification sensors, and 3-D imagining software that helps graft new hair. The grafting system enables the physician attending to the patient to dissect about 500 grafts per hour.
Besides explaining how the system works, Dr. Rashid also outlines the benefits of the system. The hair transplant process can be completed in a day by the physician without any scarring. Also patients can look forward to faster recovery times and restoration of hair enabling them to continue their professional commitments soon.
Hair Transplant Houston: Mosaic Clinic offers minimally invasive hair replacement procedures. The safe and effective methods employed in the clinic include Neograft FUE hair transplant that gives natural results besides, Alphagraft and ARTAS robotic hair transplants. The clinic also provides no obligation FUE hair transplant surgery consultation for patients.
The ARTAS robotic system leverages advanced digital imagery that helps map and analyze the hair in its natural groupings on the scalp called follicular units. The robotic arm has been designed to remove intact follicular units for transplantation in a random manner within the existing hair. This maintains the look of the scalp in the donor area.
The precision robotics enables precise and accurate movement of the robot arm. The stereo digital image guidance system monitors all movement while the digital visualization tracks the follicular units in 3D space. The visual servoing feature dynamically adjusts to any small patient movement and the selective harvest pattern removes units without affecting donor area.
All such details are covered in the book by Dr. Rashid who has written for national and international medical journals as well.
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