640 - 1200nm Elight IPL RF Equipment For Skin Rejuvenation, Hair Removal, Vascular Removal MED240
Specifications:
|
Wavelength (Spectrum) |
640-1200nm(HR) |
|
Energy Density (Fluence) |
10-60J/cm2 |
|
RF Energy |
Up to 50W |
|
Spot Size |
15x50mm2 (HR); RF (Extra Handle) |
|
Pulse Repetition Rate |
0.2Hz; 2Hz |
|
Pulse Duration |
0.5-15ms |
|
Pulse Delay |
1-50ms |
|
Pulses |
1-15 pulses |
|
IPL Peak Power |
1400W |
|
RF Power |
Max. 100W |
|
Cooling |
Continuous Crystal contact cooling (-4~4 ) + Air cooling |
|
Stand-by Working |
Continuously for 12 hours |
|
Display |
8.4" True Color LCD Touch Screen |
|
Electrical Requirements |
100-240VAC, 20A max., 50/60Hz |
|
Net Weight |
40 kgs |
|
Dimensions (WxDxH) |
30*40*50cm |
Description:
E-Light is the perfect combination of MED-IPL technology with Bi-polar Radio Frequency (RF) and Skin Contact Cooling.Radio Frequency is independent of melanin and thus independent of skin type. With Radio Frequency, increased selectivity and deeper dermal penetration would be achieved, thus lower energy is applied during the IPL treatment. Uncomfortable feeling during the IPL treatment will be decreased significantly and better result can be expected. That is, less optical energy (IPL), when synergistically combined with Bi-polar RF, improves the safety factor when treating all skin types.Meanwhile, contacting surface cooling technology applied on the treatment probe head can eliminate the heat effect attributed to optical energy, and increase the resistance of surface skin, reduce the RF absorption of the surface skin, greatly improving both the treatment performance and safety. The technology is equally applicable and effective to mild color target tissues.
Applications:
· 750-1200nm: Hair Removal (Skin Type IV)
· 690-1200nm: Hair Removal (Skin Type III)
· 640-1200nm: Hair Removal (Skin Type I & II ) ; Wrinkle Removal
· 590-1200nm: Pigmentation and Vascularity; Skin Rejuvenation
· 560-1200nm: Vascular and Pigmented Lesions; Skin Rejuvenation
· 530-1200nm: Skin Rejuvenation; Superficial Vascular Lesions
