Used Cellulite Reduction - Erchonia - Zerona
Condition: As is
Year manufactured: 2010
Erchonia Zerona Laser.
This used Erchonia Medical Zerona Laser with Scanner is a non-pay-per-use unit in factory condition. It is the model with the 5 diode array. This is a non-click unit for unlimited use.
Zerona is the first non-invasive body contouring procedure to effectively remove excess fat without the negative side effects associated with surgical methods. Zerona utilizes the same cold laser technology developed by Erchonia, which has been shown to emulsify fat and allow it to move to interstitial space. Although this technology was originally utilized to help assist tumescent liposuction procedures, it was found that the cold laser treatment alone helped patients to reduce inches from their waist, hip and thighs.
The cold laser technology behind the Zerona procedure was shown to exclusively release the cellular contents of fat cells while leaving the capillaries and other cells within the interstitial space intact. The release of the fat cell contents is the result of the disruption of the cell's membrane. This membrane disruption, called a transitory pore, is the result of low-level laser stimulation.
ZERONA is a non-invasive body contouring procedure using the Erchonia Laser Scanner. The multi-site clinical trial conducted by Erchonia to validate the process focused on the abdomen, hips and thighs. The Zerona low-level laser therapy is approved for use on these target areas. Most doctors' offices have the patient lie on a comfortable table for 20 minutes on each side while the five lasers are applied to the target areas simultaneously.
Thousands have tried this procedure, and have lost an average of 3.64 inches around the waist. Imagine going from a large to a medium, or a medium to a small, just by relaxing for forty minutes, a few times a week.
For a noninvasive, alternative medical solution to the traditional fat removal procedures and surgeries, consider use of the ZERONA laser procedure. Contact your doctor for more information, and be sure to return to us as we continue to make many more advances in the field in the coming months and years.