How ZERONA® Works

ZERONA is a painless, low level laser treatment designed to remove fat and slim
the body without invasive surgery.

UniqueU Medical Weight Loss - Zerona Laser

 Clinical trials confirmed the amazing effects that ZERONA had on fat storing cells. The results demonstrated that a small pore was created in the membrane of the fat cell enabling the fat to seep out of the cell. The excess fat was then passed out of the body during its normal course of detoxification.

What you need to know.

What areas of the body can I use ZERONA on?
The ZERONA treatment can be used effectively on essentially every part of the body where localized fat deposits exist that are resistant to diet and exercise. Most patients start with treating the waist, hips and thighs which can all be targeted in 1 treatment. Other areas include upper arms, bra-line fat, inner knees, back fat and buttocks.

Is it safe?
Yes, there is no risk involved in using the ZERONA low-level laser therapy and it is considered a safe alternative to invasive procedures such as tumescent liposuction and lipodissolve and other non-invasive devices like the Accent, VelaShape, and Thermage, which rely on heating the tissue and can cause discomfort. None of these have the proven data showing how fat cell size is reduced like the ZERONA. The ZERONA treatment is 100% non-invasive and causes no bruising, scarring and zero downtime. During the treatment you will feel no discomfort, no anesthesia will be used and you can assume normal activities immediately following each treatment.

Are there any side affects?
No. The treatment process is completely non-invasive and there are absolutely no side effects beyond loss of inches and fat.

Does It Really Work?
Yes, by following the recommended guidelines for success, you can expect to experience a loss of 3 – 9 inches from your waist, hips and thighs and a reduction in clothes size.

The proof is in the microscope.
Below are actual photos of the effect of ZERONA on fat cells.

UniqueU Medical Weight Loss - Zerona fat emulsification