We are excited to announce that A E Skin has been named Best Medical Spa in Encino, CA for the sixth year in a row! This award is given by the Encino Awards Program and recognizes achievements and accomplishments of businesses in Encino.
A E Skin is a medical spa in Encino offering a variety of cosmetic services and products such as Botox, fillers, laser rejuvenation, and skin care products. Established in 2010 by Dr. Alex Eshaghian, MD, PhD (Dr. Alex), A E Skin is proud that all of our patients see Dr. Alex every time. With his experience and expertise in cosmetics, Dr. Alex strives to provide outstanding results. Dr. Alex treats each person individually because each person has different features and desires. By providing direct care and communication with his patients, Dr. Alex is able to exceed our patients’ expectations.
Dr. Alex has performed over 10,000 cosmetic treatments with outstanding results as seen in our before and after photographs and patient testimonials. Dr. Alex has also done a decade of scientific research; his dissertation in graduate school focused on genetic changes involved in photo-aged skin. Dr. Alex continues his education by attending many seminars and conferences each year. At these events, Dr. Alex learns the newest innovations in aesthetic medicine to incorporate it in his practice. Dr. Alex has designed a variety of treatments to rejuvenate the skin without surgery. For Dr. Alex it is also important to educate his patients, which is why he has published a book entitled Everything You Ever Wanted to Know about Botox, publishes a weekly blog, and has answered thousands of questions on RealSelf.
Comfort, convenience, and customization are what sets A E Skin apart from other medical spas. We always use products such as numbing cream, relaxing music, and cold air to keep patients comfortable throughout their treatments. We are available on evenings and weekends for those who cannot take time off from work. And we always take high quality before and after pictures so patients can see their own transformations.