One of the significant benefits of Artas Robotic Hair Transplant is its accuracy and precision. The robotic technology locates the most reliable hair follicles, ensuring a more natural look than previous hair transplant procedures. The technology ensures that there are no scars or extended recovery time. It also reduces the surgery time by almost half, making it less stressful for the patient.

4. The Procedure:

The preparation and extraction phase of the Artas Robotic Hair Transplant takes between two and six hours, depending on the level of the patient’s hair loss. Extraction can take longer if the patient has extensive hair loss, but the process is usually painless. The surgical team supervises the entire process, and the patient can sit and relax during the entire transplant. The recess period depends on the person’s job. The patient can return to a healthy routine soon after the transplant, but it may be a few weeks before the new hair growth is apparent.

5. The Cost:

The cost of an Artas Robotic Hair Transplant depends on the level of hair loss and the number of grafts. The average cost is between $10,000 and $17,000, but it can be more or less. However, the cost should not deter you from this revolutionary hair transplant. Artas Robotic Hair Transplant ensures precision, accuracy, and many benefits that are not included in the traditional hair loss treatments.

The patented Artas Robotic Hair Transplant is a breakthrough technology that has made hair transplantation more accurate, precise, and natural looking, giving hope to millions who seek to restore their lost hair. Additionally, it is minimally invasive and reduces the surgery time by almost half, making it less stressful for the patient.  This technology is ideal for people who are losing hair gradually who have adequate hair density and healthy hair follicles. While the cost of this procedure may not be low, the precision and satisfaction that comes with it make it worthwhile. Contact your hair transplant surgeon today and ask them about this revolutionary technology.