TriactiveThe
most recent technology to reduce cellulite incorporates 3 different techniques
and is promoted as TriActive LaserDermology. TriActive, so named for the 3 separate
actions a technician applies, endeavors to smooth and tighten loose ripple skin
by combining mechanical massage, localized cooling and deep laser stimulation.
By integrating a low-energy laser, a skin-cooling mechanism, and suction massage
to stimulate collagen, circulation, and lymphatic drainage, Tri-Active has been
successfully diminishing the appearing of cellulite. TriActive
LaserDermology system is uniquely designed for the treatment of face and body.
TriActive systems were originally developed years ago by laser scientists in Italy
and are in use all over the world. Spas and other health specialists have used
this innovative technology in thousands of individuals to reduce the appearance
of cellulite and rejuvenate the skin. With just a series of procedures, TriActive
LaserDermology's goal is to enhance the appearance of skin, making it feel smoother
and tighter.
90%
of women have cellulite. The TriActive is specially designed to treat this common
condition. Through a combination of massage therapy and recent developments in
laser technology, TriActive LaserDermology provides your clients with a relaxing
therapeutic message that stimulates the subcutaneous tissue and increases microcirculation.
The laser is also associated with increasing microcirculation. The combined action
helps the body's own mechanisms eliminate toxins and impurities while improving
the appearance of cellulite. Clients
are typically treated 2 times per week for a total of 10-16 treatments. Each treatment
takes 30-45 minutes. Clients find the treatment experience relaxing and many will
fall asleep. Once the initial treatments are completed, it is recommended that
clients return for a monthly maintenance treatment.
Articles
on Triactive Laser Cellulite Removal • Heating
Up The Fight Against Cellulite • Searching
for the cellulite cure | 
Triactive
Treatments Alabama 
