What is NuEra Tight
NuEra Tight is a non-invasive temperature controlled radio frequency treatment that works to effectively minimize cellulite and smooth skin. Unlike other body treatments, NuEra Tight can be personalized specifically for your body, working to treat each of your skin layers with the right settings for your body’s skin thickness, hydration, age, and laxity.
About the treatment
Become the best version of YOU
Without the invasiveness of surgery or the harshness of chemicals, NuEra Tight’s state-of-the-art technology smartly adapts to YOUR body and works with its internal mechanisms to deliver natural-looking results.
How does it work?
NuEra Tight’s personalized technology works to treat body areas where cellulite and loose skin occurs resulting in firmer, smoother-looking skin. NuEra Tight uses FocalRF, next-generation technology, to control treatment depth so that the radiofrequency waves can match your unique body needs, treating the dermis layer to stimulate collagen, or reaching the deeper subcutaneous fat layer, resulting in safe and effective treatments.
What should I expect?
This non-invasive treatment delivers natural-looking results that last longer and feels like a comfortable hot stone massage. After treatment it is normal to experience temporary slight swelling or redness. Some patients notice improvement after just one treatment.
Is it right for me?
NuEra Tight treatments are suitable for most people. Treatment is not suitable if you are pregnant, have active infections or are heat sensitive. Any cuts, piercings or tattoos must be avoided during treatment. Always consult your treatment provider first, especially if you have a metal implant, such as a pacemaker, or have recently had injectable fillers. The device is intended to provide heating for the purpose of elevating tissue temperature for selected medical conditions such as temporary relief of pain, muscle spasms, and increase in local circulation. The device is intended to provide a temporary reduction in the appearance of cellulite.