Home • About • The Locations • Cherry Hill, New Jersey • Juvederm Fillers
Gambhir Cosmetic Medicine is thrilled to offer premium Juvederm® filler treatments to the residents of Cherry Hill, NJ. Under the expert guidance of Dr. Anshul Gambhir, our team is dedicated to providing top-notch aesthetic services that enhance your natural beauty and help you achieve a youthful, rejuvenated look.
Juvederm® is a leading dermal filler made from hyaluronic acid, a naturally occurring substance in the skin that provides hydration and volume. This versatile filler can address various signs of aging, such as fine lines, wrinkles, and volume loss. It is particularly effective in areas like the cheeks, lips, and nasolabial folds, offering smooth and natural-looking results.
Hyaluronic acid, the chief component of all Juvéderm products, is a naturally occurring substance in the body that delivers volume to the skin. Treatment with Juvéderm nonsurgically adds youthful plumpness to different areas of the face while temporarily restoring the volume loss beneath the surface. Juvéderm has multiple options of fillers, each uniquely designed for different areas of the face, as each area often requires different approaches with techniques of placement.
At our Cherry Hill location, we offer a range of Juvederm® products designed to target specific areas and concerns:
During your initial consultation, Dr. Gambhir will discuss your aesthetic goals and evaluate your facial structure to create a personalized treatment plan. The Juvederm® injection process is quick, typically taking around 30 minutes, with most patients experiencing minimal discomfort thanks to the inclusion of lidocaine in the filler.
After your Juvederm® treatment, you may experience mild swelling or bruising at the injection sites, which generally subsides within a few days. Our team will provide you with comprehensive aftercare instructions to ensure the best possible results and a smooth recovery.
The filler will dissolve over time, and the skin will resume the normal aging process.