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Sephora sent me a flyer about a NEW Hair Removal System they will be launching in September. It's called No! No! and here's some info.....
Technology: The Thermicon Effect
no!no! is based on a new and exciting advancement in hair removal technology called Thermicon. Thermicon uses the scientific principles of thermal transferance to conduct a gentle pulse of heat to the hair.
One of no!no!s unique innovations was the development of a thermodynamic wire to transmit the heat to the hair. The patented thermodynamic wire and built in safety mechanisms has enabled Radiancy to adapt this professional hair removal technology to a home use product.
Although they happen almost simultaneously, the Thermicon effect on the folliclecan be broken down into 3 distinct processes.
First Contact
Crystallization
Disruption
During first contact the thermal signal is in its strongest state, this allows the thermodynamic wire to separate the hair shaft at the point of contact As part of the process the thermal signal crystallizes the uppermost part of the hair which temporarily leaves coarse residual hair that can feel prickly to the touch.
It is assumed that the signal disrupts the cell communication between the bulge and root. This communication is considered to be responsible for stimulating hair growth.
It's kinda pricey....but if it removes hair without shaving and bumps...I'll pay anything!!!
Technology: The Thermicon Effect
no!no! is based on a new and exciting advancement in hair removal technology called Thermicon. Thermicon uses the scientific principles of thermal transferance to conduct a gentle pulse of heat to the hair.
One of no!no!s unique innovations was the development of a thermodynamic wire to transmit the heat to the hair. The patented thermodynamic wire and built in safety mechanisms has enabled Radiancy to adapt this professional hair removal technology to a home use product.
Although they happen almost simultaneously, the Thermicon effect on the folliclecan be broken down into 3 distinct processes.
First Contact
Crystallization
Disruption
During first contact the thermal signal is in its strongest state, this allows the thermodynamic wire to separate the hair shaft at the point of contact As part of the process the thermal signal crystallizes the uppermost part of the hair which temporarily leaves coarse residual hair that can feel prickly to the touch.
It is assumed that the signal disrupts the cell communication between the bulge and root. This communication is considered to be responsible for stimulating hair growth.
It's kinda pricey....but if it removes hair without shaving and bumps...I'll pay anything!!!
