The combination of science and technology has always yielded incredible results. In the world of cosmetic surgery, this alliance has led to the creation of new techniques that have revolutionized the industry. robotic hair transplant is a perfect example of the advances made thanks to this alliance. It is a new technique that has greatly facilitated the lives of people suffering from baldness or alopecia. This new technology has revolutionized hair surgery, and it seems that progress in this science is endless.
Robotic hair transplant, an innovative technique
There's no doubt that whether you're a man or a woman, being bald isn't very attractive. This situation can have repercussions on your mood and your self-image. The consequences are sometimes difficult to bear, and depression is often the result of such a problem. Thanks to robotic hair transplant, it is possible to get rid of these problems. This drastic technique allows to offer a new life to people affected by the problem of baldness and that is why it is very popular.
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In reality, hair transplantation was developed several years ago and has evolved considerably since then. This technique is now performed by robots, which allow for greater precision than manual techniques. This allows for greater efficiency, better graft quality, and a more natural result.
Artas® robotic technology has been proven and approved by numerous experts. They have found this technique to be safe and highly effective in clinical trials. This is why it is now widely used in hair transplant centers.
The advantages of robotic hair transplant
The ARTAS® robotic system offers significant advantages over manual techniques. It provides a more natural result, better graft quality, and greater precision. This is why it is used by leading hair transplant centers and is the subject of clinical trials.
Accuracy
A robotic hair transplant offers greater precision than manual techniques. Indeed, the Artas® robotic system uses a High Definition Stereoscopic Vision System to perform a more precise and healthier harvest. This system allows to distinguish healthy hair from diseased hair and determines with great precision the best grafts to remove.
Rigor
The Artas® robot has demonstrated greater precision than manual techniques. In clinical trials, the robot was able to perform hair transplants with a larger surface area and volume than manual techniques. It significantly reduced the risk of errors related to fatigue, stress, or sudden movements.
Reliability
Currently, the Artas ® robot is the only one that allows for reliable hair harvesting. In fact, thanks to this technique, the rate of hair harvesting without roots is 2%. This is a major advantage compared to manual techniques, where 20% of the hair harvested is not taken into account because it is harvested without roots. It should be noted that hair without roots does not meet the requirements of hair transplantation because it is unable to grow.
Control
Le robotic hair transplant, with artificial intelligence algorithms, allows for the proper preparation of transplant sites. Based on highly accurate data, the Artas ® robot is able to coordinate the orientation, angle, and direction of each follicular unit. This results in a more regular and homogeneous hair transplant.
The procedure of a robotic hair transplant
Performed on an outpatient basis, the robotic hair transplant allows up to 2500 to 3000 grafts to be harvested and inserted into the transplant area. It is a safe and painless procedure for the patient. In most cases, results are noticed from the moment after the procedure, as the grafts begin to regrow and begin to grow.
Like any cosmetic surgery procedure, the robotic hair transplant begins with a pre-operative interview in which the patient presents his aesthetic project and the surgeon explains the procedure. However, the difference with this technology is that the patient can have a very clear and precise idea of the result he will obtain. In fact, the doctor can create a 3D model illustrating the robotic hair transplant solution that best suits him. Thus, the patient can see on a screen the results he can obtain with the robotic hair transplant and he can therefore make his decision with full knowledge of the facts. This preoperative consultation is carried out by the plastic surgeon who performs the robotic hair transplant.
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The procedure itself involves three key steps. First, the robot accurately selects and harvests the follicular units. Then, with the robot's help, the doctor repairs the recipient area. Finally, the surgeon reimplants the bulbs into the recipient area.
After the procedure, it takes about a week to return to normal life and start washing your hair normally again.