The Robotic Hair Restoration or transplant is another pioneer mechanism in the area of hair treatment where a robot is used for the detection of minute follicular units with the aid of several cameras. The image feeds from the robots cameras can identify the location and angle of the grafts. This system practically rids the process of discrepancies inherent in creating large numbers of recipient sites by hand with practically more set-up time when compared to sites made manually. The sites punch depth, punch angulation as well as the direction is basic parameters specified by clinical doctors in India in other to enable them ascertain that the recipient site creation is very accurate. One of the good things of the robotic procedure is that its effective supply of grafts over a predetermined portion of the scalp can be highly accurate. For instance, if a patient desires a transplant of up to a thousand grafts to be proportionately and evenly distributed it can be accurately done and with uniform site spacing.
In addition, the physician can contrasts in the density of selected areas of the scalp while the robot is left to regulate the densities of subsequent areas so that the total number of sites is precise. As per cost, transplant in India carried out by using the robotic procedure differs in every practice across the globe as it is priced in the same vain as other FUE methods. The cost of robotic transplant in Indian hospitals is calculated as per the quantity of grafts harvested. However, this procedure is relatively on the high side due to the fact that cost of using the robot is also factored into the cost of the treatment. The ability to perform a FUE procedure successfully is basically one of the many known advantages of the robotic hair transplant in Delhi . For those patients who desire a transplant in India, the procedure called FUT (Strip) restoration seems the ideal alternative as per cost if linear scarring issue is of less concern, as this goes in a lot deeper into the pockets of a patient than the strip hair transplant. The mechanism runs the process with the potentials to predetermine particular hair width as well as avoid already existing hair so as to ensure that the resident follicles don’t come to harm. However, the presiding doctor in any such Indian hospital who is qualified to handle procedures as this must be able to mentally analyse and process highly delicate distinctions in the skin and follicular units for every single unit that is removed. The robot then amplifies the surface of the skin but to a much larger proportion, but then, it is not basically subject to the constraints of the human eye or hand. Even as both the hand and eye harmonization of the surgeon isn’t exact, the process is still not subject to human error. More importantly, the image guided system of the robot does not in any way experience these setbacks as it detects these distinctions in skin and follicular units and extracting it with precision.