FREEZE CONTOUR Dual, the most effective Fat Freezing Technology Cryolipolysis Slimming Equion the market to reduce unwanted localized fat cells.

How is the Cryolipolysis Fat Freezing Procedure?

FREEZE CONTOUR Dual integrates Cryolipolysis, Vacuum and soft laser together, vacuum suction draws out fat tissue into handle, Triglyceride in fat cells will be frozen into solidity, and dead under temperature of 4 to -10 centigrade by cryolipolysis applicator, this non invasive cryolipolysis slimming procedure makes fat cells under a process “apoptosis” and released out of our body through human natural metabolism.

Cryolipolysis technology is the best way on fat reduction for local areas, such as love handles or man boobs. Large areas fat reduction can use multi-functional machines which include Lipo cavitation, Lipo Laser or RF Vacuum Rollers system.

Clinical research studies has shown that Fat reduction results can be enhanced by using shock wave therapy and low frequency ultrasonic Cavitation before and post FREEZE CONTOUR treatment, which helps by increasing the breakage of the fat cells, lymph drainage and enhancing both tightness and elasticity of the skin. There is no anesthesia or recovery time needed.  

What's Unique of FREEZE CONTOUR Dual? 

1.Competitive Cryolipolysis fat freezing applicators 

The patented applicators of the FREEZE CONTOUR Dual is designed with entire area cooling panel (high conductive aluminum material) instead of double small cooling plates, maximum cooling energy can be covered entire treated area equally.

The Innovative all-dimension surrounding cooling applicators maintains more stable cooling temperatures while enhancing treatments results and decreasing application time. Allowing the target temperature for fat cell apoptosis (fat cell death) to be reached at a more rapid rate. This means almost one third of the normal treatment time (60 minutes) involved in old and traditional fat freezing treatments can be saved by FREEZE CONTOUR Dual handpiece. 

Stable Cryolipolysis Cooling System