The dynamic Beverly Hills practice of Facial Plastic Surgeon William J. Binder, M.D. thrives at the forefront of medical technology and innovation. Leveraging his extraordinary talents in plastic and reconstructive surgery, Dr. Binder has been a key developer of novel techniques and technologies which have been embraced by both the public and the medical community. These breakthrough discoveries include the concept of Structure Rhinoplasty, which is now the prevailing technique used in plastic surgery of the nose, as well as the use of Botox® for both the treatment of facial lines and migraines.
Dr. Binder restores patients’ self-esteem by balancing, correcting, and refining facial contours. His sterling reputation, particularly among his peers within his community, has been built upon his accomplishments in creating aesthetic facial symmetry through restorative and reconstructive surgery, as well as his work with individuals who have been disfigured by accidents.
Dr. Binder’s gift is his ability to think in 3-dimensional concepts and then translate this into aesthetic surgery. By applying his unique skill and these innovative techniques, which are now used by most plastic and reconstructive surgeons worldwide, Dr. Binder has revolutionized the modern field of facial contouring.

Combining exquisite precision and mastery of the most recent medical advances, Dr. Binder has achieved success not only from a medical perspective, but also from a humanistic standpoint, as demonstrated by the high levels of satisfaction expressed by his patients.

Dr. Binder’s achievements, patents, and medical discoveries offer his profession some of the most compelling and significant medical advances in recent decades. Through a synergy of advances made in the fields of computer technology and plastic surgery, Dr. Binder has created revolutionary new facial implant designs, which are now mainstays of surgical facial enhancement. He continues to pioneer research in the application of 3-D computer imaging and modeling technology and the development of implant methods using minimal incision techniques.