Robotic Assisted Hair Transplants and ‘Multi Unit’ Hair Grafting WeGrowHair.com / PAI Medical Group is one of only two clinics in the United States to offer Robotic Assisted Hair Transplantation and MultiUnit Hair Grafting procedures. By offering both, we can best match patients’ needs with the right technology to ensure p results. They have more difficulty styling their hair, when women lose hair density. While thinning hair, who are sometimes not good candidates for hair transplant surgery, often find dramatic improvements in hair quality, thickness and styleability, women with stressed.
That said, this can be very frustrating and, in Besides, the harvested hairs are healthier and of higher quality.
This system gives the doctor far more control and precision when harvesting the hairs.
Did you know that the ARTAS system continuously re calculates the hair angles and groups of hairs before harvesting them. We do this by introducing colored cosmetic pigment into the epidermis microscopically. Now pay attention please. I’m sure that the pigment is imbedded into the skin and Surely it’s virtually impossible to determine what actually is a hair and what’s a virtual hair -even under close inspection. Besides, it conceals the contrast between hair color and scalp in thinning areas. That said, this novel approach to hair restoration uses a blended technology using a permanent pigment -like that being used in the permanent makeup industry -to create permanent tiny dots or small ‘hash marks’ to look like just shaven or recently shaven hair. Micro scalp’ pigmentation is excellent for men who like to wear a short stubble hair style as well as men and women looking to fill in thin areas where scalp is showing.
Whenever scarring alopecia and similar scarring on the scalp, it can be the solution for many kinds of scalp types conditions similar to genetic androgenic alopecia.
It so uses a special arm and dualstage punch device to harvest hair groupings called follicular units.
By the way, the robotic system digitally identifies the distance between any hair or hair grouping and later calculates the distance between these hairs and top-notch hairs in the digital map to harvest for the hair transplant surgeon. Eventually, aRTAS does this much faster and with more accuracy than can be done by a human. Then the ARTAS system is guided by the doctor and uses sophisticated digital mapping to identify and pinpoint the hairs to be harvested. Surely it’s the preferred method for patients looking for more fullness and volume than can be achieved using Follicular Unit Extraction. It also allows us to use a larger majority of graft sizes to transplant larger areas. Hair loss affects millions of men and women worldwide but most of us know that there are more hair treatment and restoration procedures available than ever before.