Artificial Intelligence used in medicine and aesthetic surgery is a reality. Personalizing treatments more, controlling temperature and other parameters, further guaranteeing patient safety or making a more detailed diagnosis are some of the advantages. For years we have lived with apps that allow us to change our hairstyle or fix our makeup. “We have machines that control the bioimpedance of the tissue to be treated. This is very useful with radiofrequency: the head of our machines measures the temperature and has control sequences where, depending on the patient’s consent, it regulates the temperature,” Eva Collar, esthetician and founder of Centers and Clinic, told us. beauty and wellness Marquessa and creator of cosmetics brand Marquessa Clinic Collection. They will soon include a portable 3D camera to improve diagnosis, analyze wrinkles, spots, fat or vascularization of the skin and to recommend treatments. “We can also get an idea of the outcome of the treatment and compare it to the current face,” said Collar.
Gema Cabañero’s Inner Wellness Diagnosis is based on AI. “It allows us to find not only the external aesthetic alteration that worries the patient, but also its internal cause,” said Gema Cabañero, founder and director of the Gema Cabañero advanced aesthetic & antiaging clinic. This technology measures the level of internal aging of the skin and the body with objective and measurable data. “It takes a photo and helps us choose the most appropriate treatment and deal with changes that have not yet shown themselves, but are there.”
Another important feature is the topography of the cornea. “It creates chromatic graphics of the cornea from 20,000 points. In this way, the level, distribution and damage of collagen, its proportions and its condition in the rest of the body are measured. The level of glycation, oxidation and cell inflammation were also investigated,” said Cabañero.
To automatically prescribe a nutricosmetic plan – apart from managing appointments, data and diagnosis – Gema Cabañero launched an app for the patient and the professional. “This allows for more detailed monitoring of the case and the goals we can achieve,” he explained.
At Clínica Martín del Yerro Amselem, they have been using AI for years. “We use it daily integrated with software that works with generative AI. It not only serves as a source of information, but also to create new patterns. AI is a very valuable tool: the images of pre-surgical helps the patient to have a reliable idea of the final result. I believe, however, that the conclusions of the diagnostic and therapeutic work of professionals is an irreplaceable value that must prevail in the face of any new technology,” they said from the Martín del Yerro Amselem Clinic.
“At Carmen Navarro we continue to focus on face-to-face diagnosis, in that intimate moment of reading the skin. However, AI clearly makes the work easier,” said Carmen Navarro, founder of the homonymous center.
In surgery, the innovation is AI robots capable of automating hair transplants, and technologies such as the MAIL System, known as “liposuction chatbot”, a Korean technique developed with Microsoft. “This system records the actions of surgeons during the intervention and analyzes them using Big Data. This allows us to store information about the depth, speed and location of the cannula throughout the process, evaluating the result and avoiding infections or possible injuries,” said 365mc, the Daejeon hospital responsible for this system. Liposuction causes swelling and irritation, so its results are usually not visible until about eight weeks later. “With the MAIL System, surgeons will be able to predict its effects when they are done and will be able to report how long they will notice this inflation. Something important for the psychological well-being of the patient,” explained Lee Sun-ho, director of 365mc hospital.
Hair transplants are one of the most requested procedures in the world (according to Medihair, about 3.4 million in the world), but also one of the most tiring: thousands of follicles must be removed from a donor and transferred to the patient’s head. .patient. In the US, algorithms are already being used to automate the process. The ARTAS robot is able to extract up to 6,000 follicles (and select the strongest) per day. Manually, at most it is possible to remove about 3,500 follicles per day.
Dennis Ledenkif, CEO of Robosculptor, predicts that Artificial Intelligence and aesthetic medicine and surgery will form an inseparable tandem. “Its presence will grow and it will change the sector even more. It will automate and improve countless processes. There will be little left until we see Botox or hyaluronic acid injections made with AI,” said this expert with more than fifteen years of experience in the technology used in cosmetics.