590-1200nm 2 In 1 Rf+elight Ipl Shr Hair Remove Tiny Wrinkle Removal Machine / Wrinkle Removal Device BS-IPL2 Medical

Working Theory:

Applying the technology of IPL and Bipolar Radio Frequency, the system acts on the entire corium layer, epidermal layer and subcutaneous tissue. On one hand, IPL destroys pathological pigments by photothermolysis effect, and stimulates the collagen and elastic fiber and gets the effect of tightening and whitening, on the other hand, biopolar RF release about 10 MHZ radio wave, high frequency vibration makes the skin molecule creating heat energy by friction, when the temperature reaches 68℃-72℃,the collagens extend will reproduce and recombine, enhance getting the effect of tightening skin and removing wrinkles.

                                              2 In 1 rf+elight ipl shr hair removal machine / wrinkle removal device BS-IPL2

                                                                                                                                             Features

- Dual handpiece for hair depilation or skin care treatment

- IPL+RF function, and can use separately

- Customized settings support          

- Self-protect mechanism to ensure stability                                                                  

- Small dimension and high mobility

- Colorful touch screen control panel

- Multi-language support

Application

• Permanent hair removing
• Skin rejuvenation and pigment removing
• Skin tightening and skin lifting on facial or neck parts
• Photo anti-aging
• Acne treatment and sun light damaged skin recovery.

 Specifications

Treatment Principle

Precipulse IPL Therapy System follows selective photothermolysis principle.Certain wavelength that can be used in and absorbed by targeted tissues.Targeted tissues will be destroyed according to targeted chromophore's selective absorption to light.What's more,the pulse width shall be smarller than or equal to targeted tissues' thermal relaxation time,then its damage to surrounding tissues will be minimized because of insufficient time for heat delivery.