Vanquish Treatment | Delray Beach, Boca Raton & West Palm Beach
A Revolutionary Selective Radio Frequency System. This Is The First and Only Non-Invasive Body Treatment Finally Integrating All The Most Desired Features. We offer Vanquish body contouring for clients from Delray Beach, West Palm Beach, Wellington, Boca Raton, Boynton Beach and the surrounding Palm Beach cities for your convenience.
Vanquish Procedure Amazing Before and After Results
Vanquish On TV
Vanquish on Good Morning Blend
Vanquish on Fox 29
Vanquish On The Doctors
Vanquish Dr. Oz
Vanquish On E News
Vanquish On The View
Vanquish In Magazines
Vanquish In Bazaar Magazine
Vanquish In Allure Magazine
Vanquish In Aesthetic Magazine
Here Are Just A Few Main Benefits of Vanquish Treatment
Selective Radiofrequency System
Non-Invasive Treatment
Deep Tissue Heating
Patented Technology
Unparalleled Efficacy
FDA Cleared
Featured On Popular TV Shows and Magazines
Extremely Safe and Simple
Used By Doctors Around The World
Increased Range of Motion
Increasing Blood Flow To Tissues
Therapeutic Deep Heat In Body Tissues
Red Dot Design Award 2014 Winner
Amazing Before and After Results
Created by BTL
Non-contact Procedure
Treatments Take 30 Minutes
Vanquish Is Cleared In EU For Adipose Tissue Treatment
Vanquish Is Not Cleared In US For Adipose Tissue Treatment
4 Appointments For Full Treatment
Results Should Remain With Normal Lifestyle
Mild Side Effects Like Warmth and Redness
Ideal For Candidates With Unwanted Fat
Selectively Heat Fat Cells to 44-45°C
Fat Cells Die Through Apoptosis
Relieves Pain
Reduces Muscle Spasms
Tissue Selectivity
The groundbreaking design of energy delivery helps target the thermal effect into the deep tissue while protecting surrounding layers. Frequencies employed are best matched with the impedance of deep tissue and specifically affect those layers.
Unique Thermal Profile
The treated body part is located in the high-frequency electric field. The temperature increases in the target tissue while the surrounding tissue remains protected from reaching high temperatures.