Invasix BodyTite Fractora PRODUCT SPECIFICATIONS
BodyFX
Vacuum: 300 – 500 mBar
RF Output Frequency: Up to 50 W
Output Frequency: 1 MHz
Temperature Cut-Off: Real time temperature monitoring and cut off operator selectable to 43°C
MINIFX
Chamber Size: 1 inch x 1 inch
RF Output Frequency: Up to 50 W
Output Frequency: 1 MHz
Negative Pressure: Up to 500 mBar
Temperature Cut-Off: Real time temperature monitoring and cut-off. Operator selectable up to 43°C
Invasix BodyTite Fractora MANUFACTURER NOTES
BODYFX
The first and only non-invasive body contouring technology proven in peer-reviewed and published human studies to both permanently kill adipose tissue and contract the skin.
How does BODYFX work?
BodyFX is the first and only non-invasive body contouring and cellulite technology proven in peer reviewed and published human studies to both permanently kill adipose tissue and contract the skin. BodyFX addresses problematic fatty tissue in larger body areas such as the abdomen, back (flanks), and thighs. BodyFX works by using different clinically proven modalities including radio-frequency energy and negative pressure applied to the skin and underlying fat.
BODYFX Benefits
Acquire. Control. Extend. Technology to safely optimize peak energy.
Pre-heating of tissue reduces threshold for selective apoptosis of fat cells.
Sophisticated tissue temperature and impedance monitoring achieves and maintains optimal temperature end points to prevent atrophic damage.
Active temperature monitoring and control with cut-offs for unprecedented safety, virtually eliminating risk of thermal injury.
MINIFX
A new, non-invasive solution to reduce the unsightly appearance of cellulite in smaller areas like the arm, neck and knees.
How Does MINIFX Work?
MiniFX is a non-invasive contouring and cellulite technology that delivers a combination of clinically proven modalities, similar to the BodyFX, however, addresses problematic fatty tissue in smaller areas like the neck, arms, and knees.
MINIFX BENEFITS
Acquire. Control. Extend. Technology to safely optimize peak energy.
Pre-heating of tissue reduces threshold for selective apoptosis of fat cells.
Sophisticated tissue temperature and impedance monitoring achieves and maintains optimal temperature end points to prevent atrophic damage.
Active temperature monitoring and control with cut-offs for unprecedented safety virtually eliminating risk of thermal injury.