If you have been hearing about
CoolSculpting, then you have probably wondered if it is the right fat-reducing procedure
for you. Continue reading to learn more about this revolutionary procedure
in the world of medical spa treatments.
You lead a healthy lifestyle, but some fat will not budge.
CoolSculpting is a procedure meant for the stubborn areas of the body that
do not seem to shrink, no matter how much exercise you do. The abdomen,
flanks, thighs, and chin are the most common areas that do not respond
as well to exercise and diet. CoolSculpting has been FDA-approved to reduce
and kill fat cells in these specific areas. The CoolSculpting procedure
is not meant for severely obese individuals. If you lead a healthy lifestyle,
with a good exercise regimen and well-balanced diet, then CoolSculpting
may be the right fat-reduction procedure for you.
You have a busy schedule.
Some of the great perks about CoolSculpting are the quickness of the procedure
and the little downtime that comes with it. The procedure typically takes
no more than 35 minutes to an hour, which is the length of a long lunch
or session at the gym. It is also non-surgical and non-invasive, which
means there is little to no recovery time. You can have your CoolSculpting
session and head back to your daily life right away.
You want a fat-reduction procedure that is non-invasive.
People have heard about liposuction for fat-reduction for years, but that
is a surgical procedure that requires significant recovery time. Recently,
some injectable procedures have come on the market to reduce fat, but
these procedures can require dozens of needle punctures. CoolSculpting
offers a non-invasive procedure that freezes the fat cells in common trouble
areas of the body. During the procedure, many patients are able to read,
work, watch shows, or take a nap, if they choose.
Call EpiCentre at (214) 887-1577 to learn more about how
CoolSculpting near Dallas can help you achieve your dreams. We offer several treatments to help
you feel more confident, including Botox, Fraxel and Voluma.