Excellence in Research & Development
The mission of our R & D department is to
discover, develop, and deliver our innovative beauty therapies that improve our quality of life. Our
technicists and researchers are recognized for their contributions to developing breakthrough beauty
treatment that has the potential to help millions of patients worldwide.
Our capabilities are focused in these major areas
- Ultrasonic Cavitation
- Ultrasonic cavitation technology which allows for non-surgical
attack of inflexible fat deposits, it is similar to mesotherapy or lipodissolve in that
it is a treatment for cellulite called localized adiposity. forces a powerful sound wave
to the fat cell membranes. The fat cell membrane succumbs to the pressure, is reduced to
liquid and is expelled through the body's normal metabolic method.
- Radio Frequency
- Radio frequency skin tightening (RF) is an aesthetic technique
that uses RF energy to heat tissue and stimulate subdermal collagen production in order
to reduce the appearance of fine lines and loose skin. The technique induces tissue
remodeling and production of new collagen and elastin. Our 3D RF, Smart 3D RF
technology is the most efficient way to improve the efficacy of RF therapy. Most
importantly, it is smart.
- Lipo Laser
- Lipo laser is a whole new procedure to remove body, arms, leg fat
without surgey, which use diode laser energy instead of incisions to slim the body quickly
and with minimal effort on the part of the patient. It is not remove but shrink the fat
cells. We have combinated the stable 650nm 160mw, 830nm 100mw diode laser with the beauty
treatment, design and produce series diode lipo laser treatment beauty machine.
- Cryolipolysis is a non-invasive body contouring treatment used
to reduce fat cell volume by freezing. The method involves controlled application of
cooling within the temperature range of +5 to -11 °C for the non-invasive, localized
reduction of fat deposits, intending to reshape the contours of the body. We can
control the temperature accurately, rather than in a temperature range.