Do you ever feel frustrated or depressed when you look in the mirror or at pictures of yourself and see more than one chin? Have you tried various gadgets that were advertised as fixes for your double chin, only to be disappointed that they didn’t work? If you answered yes to either of these questions, then this news is great news for you! There are safe and non-surgical ways to help you lessen the look of your double chin! Read on!
Meet Kybella
Kybella is an FDA approved injectable treatment that is designed to reduce the number of fat cells under your chin. Kybella contains a substance called deoxycholic acid, which is a natural compound that eats away fat cells but leaves the other tissue unharmed. Any fat cells that are destroyed will be flushed out of the body through the body’s own natural processes. Since this treatment is non-invasive, there is no downtime involved and patients can return to their normal daily routines the day of their treatment.
A Kybella treatment takes roughly 30 minutes to perform. When you arrive for your appointment, the area will be cleansed in preparation for the treatment. The Kybella is then carefully injected and you may experience a slight warming sensation during this process. Kybella begins working right away, but results are usually seen in 3 to 4 weeks after your session. Some patients will need more than one treatment to achieve their desired results as individual results vary.
Meet CoolSculpting
Another amazing non-surgical way to get rid of a double chin is with CoolSculpting. CoolSculpting is an FDA approved treatment that freezes and crystallizes fat cells which are then flushed away over time by the body’s own metabolic processes. With Coolsculpting, a typical treatment lasts about one hour per treatment area. During this treatment, a technician places a gel pad over the area to be treated to act as a barrier between your body and the CoolSculpting device. Next, the device is cooled to its appropriate temperature and placed on the gel pad. The fat underneath the pad freezes, but not any of the surrounding organs, nerves or tissue since they freeze at a much lower temperature than the fat cells. Patients can return to their daily routines immediately after the CoolSculpting session.
Results will begin to show in 4-12 weeks after the first treatment. The average client needs one or two treatments to achieve their ideal results. That is a relatively short amount of time considering there is no recovery time as there would be with invasive surgical methods. Once fat cells are removed the treatment areas will look 20-25% smaller and those fat cells will not come back.
What’s The Difference?
Since both Kybella and CoolSculpting accomplish the same results, here is a short comparison of the two treatments to help you decide on your next step.
Kybella:
- Some pain associated with needles
- Delivered by injections
- Risk of bruising
- Moderate risk of swelling
- Numbness for 4-8 weeks possible
- Repeat treatments is likely necessary
- Permanent
- Skin tightening
CoolSculpting:
- Discomfort associated with cold temperatures
- Delivered by means of a device placed on the body
- Mild risk of bruising
- Mild risk of swelling
- Numbness for 4-8 weeks possible
- Repeat treatment is possibly necessary
- Permanent
- Skin tightening
I have been a long time customer and every visit exceeds expectations! Highly trained staff with top notch equipment will provide you with optimal results in a multitude of services. Juvanew does not try to up-sell you on services you don’t want but focuses on issues that concern you. Extremely professional and family oriented toward their clients.
Take The Next Step
Now that you are ready to take the next step in ridding yourself of your double chin and revealing a sleek jawline, it’s time to take the next step and schedule a complimentary consultation with the medical professionals at Juvanew Medspa. They are located in Rockwall, TX where they serve Dallas, Heath, Garland, Greenville, and Royse City. Call (214) 771-4611 or fill out and submit the form on this page.
