Located In New York City
Dr. Imber has performed over 25,000 surgical procedures, offers a full range of cosmetic surgery procedures at his New York City surgical practice, popularized the S-Lift, and developed the Limited Incision Facelift Technique. He has dedicated his career to helping his patients look as good as they feel, and always strives for the most natural results.
Dr. Imber performs a full range of cosmetic surgery procedures for face and body at his private practice in Manhattan. He has popularized a variety of surgical techniques that are now the gold standard for surgeons around the world, including but not limited to, the S-Lift, the Limited Incision Facelift Technique, microsuction, and fat transfer. In addition to maintaining among the largest experience in facial rejuvenation, Dr. Imber is a best-selling author and founder of the Youth Corridor skin care line.
Conveniently located to serve New York City.
Dr. Gerald Imber, M.D.
Dr. Gerald Imber is a board-certified, world-renowned plastic surgeon and strives to provide his patients the most natural results with the least invasive surgical techniques. He is recognized by US News and World Report and Castle Connolly as among the top 1% of plastic surgeons in the United States, on the staff of the Weill Cornell Medical Center, and directs his private surgical practice in New York City.
Dr. Imber has among the largest experience in facial rejuvenation and the prevention of facial aging. He has pioneered many less invasive surgical procedures that are now considered the gold standard among plastic surgeons, such as microsuction, a modified form of liposuction, to remove early jowls and tighten jawline, the extensive use of rejuvenating fat transfers, and the Limited Incision Facelift Technique, or Short Scar Facelift, a modern, less invasive facelift technique.
Dr. Imber performs a full range of cosmetic procedures, surgical and non-invasive, at his Manhattan office, including body, breast and nasal surgery, as well as facial reconstruction following Mohs micrographic surgery.