Safely eliminate fat cells under the chin



KYBELLA is the only FDA-approved injectable proven to safely and effectively destroy the fat cells underneath your chin.

How It Works

Using an active ingredient called deoxycholic acid, KYBELLA works to safely dissolve fat. This ingredient occurs naturally in the digestive tract. There, its main functionality is breaking down fat in the foods we eat, making them easier to digest and metabolize. When administered to the fat beneath your skin, it goes to work breaking down the fat into small enough particles to ensure it’s processed and eliminated by the body.

The SkinSpirit Experience

At SkinSpirit, our trained injectors in California, metro Seattle, Salt Lake City, and Austin, TX use KYBELLA to reduce fat deposits beneath the chin. Here’s what you can expect during your visit:

  1. Your practitioner first cleanses the skin in this area.
  2. Then, using a grid tool, the area beneath your chin is marked, to serve as a guide during the injection process. This ensures complete, even product coverage.
  3. Your practitioner then makes the injections, a process which usually takes just a few minutes to complete.

After your appointment, you can return to your normal activities immediately, although you should expect some localized redness, swelling, and tenderness for the remainder of the day.

Anticipated Results

Most patients achieve optimal results after two to four KYBELLA treatment sessions spaced several weeks apart. Over time, the targeted fat gradually breaks down and shrinks, leaving behind an attractive, contoured profile. Typically, the results created by KYBELLA can last indefinitely.

Request Your KYBELLA Consult in CA, NY, TX, UT & WA

With locations throughout California, New York, Texas, Utah, and the broader Seattle area, SkinSpirit makes revealing your most beautiful skin easier than ever. Learn more about what KYBELLA can do for you. Schedule your consultation online or call us at (855) 383-7546.

Before + After Photos

Keep in mind that each patient is unique, and your results may vary.