The ARTAS Robotic Hair Transplant System Offers Customized Results
Michael Hemsworth — May 3, 2018 — Tech
Hair loss affects millions of people around the world, so the ARTAS Robotic Hair Transplant System has been developed as a way to offer patients a quick, customizable way to regain their lost locks.
The robot works by autonomously removing optimal hairs from the donor area on your head and transplanting them into the other sections on your scalp where thinning is occurring. The minimally invasive procedure is done by the robot rather than physically by the surgeon to ensure consistent results, while also eliminating unsightly scars. The recovery time after the procedure is said to be quite low to ensure you don't need to take extended time off from your job.
The ARTAS Robotic Hair Transplant System offers customized capabilities thanks to the accompanying interface that can ensure the hair style will suit your scalp.
The robot works by autonomously removing optimal hairs from the donor area on your head and transplanting them into the other sections on your scalp where thinning is occurring. The minimally invasive procedure is done by the robot rather than physically by the surgeon to ensure consistent results, while also eliminating unsightly scars. The recovery time after the procedure is said to be quite low to ensure you don't need to take extended time off from your job.
The ARTAS Robotic Hair Transplant System offers customized capabilities thanks to the accompanying interface that can ensure the hair style will suit your scalp.
Trend Themes
1. Robot-assisted Hair Transplantation - Disruptive innovation opportunity: Develop advanced robotic systems that can autonomously perform hair transplantation procedures, offering patients quick and consistent results.
2. Minimally Invasive Hair Restoration - Disruptive innovation opportunity: Create minimally invasive techniques and tools for hair transplant procedures to reduce recovery time and eliminate visible scars.
3. Customizable Hair Transplantation - Disruptive innovation opportunity: Design smart interfaces and algorithms that can customize hair transplant procedures to suit individual preferences and scalp conditions.
Industry Implications
1. Medical Robotics - Disruptive innovation opportunity: Develop advanced robotic systems for various medical procedures, including hair transplantation, to improve precision, efficiency, and patient outcomes.
2. Cosmetic Surgery - Disruptive innovation opportunity: Explore innovative techniques and technologies in the field of cosmetic surgery, specifically hair restoration, to meet the growing demand for personalized and less invasive procedures.
3. Hair Restoration Products - Disruptive innovation opportunity: Create novel hair restoration products, such as customized hairpieces or regenerative therapies, to offer alternative solutions for individuals experiencing hair loss.
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