Facial / Underarm E-Light Laser Hair Removal Machine For Shrink Large Pores

Quick details

IPL RF Laser Hair Removal  Beauty Machine

Double Fixed Handpiece

8.4 " TFT True Color LCD Screen

430/530/640/-1200nm(standard)

for reduction of unwanted hairs , large pores treatment

Description:
 

E-light(IPL+RF) is a high-intelligent and non-ablative technology that simultaneously harnesses the power of radio frequency (RF) and optical energy (IPL). Ultra optical energy causes the skin to initiate a natural healing process that rebuilds new collagen and removes broken capillaries and pigmented lesions. The radio frequency excites water molecules from which the resultant heat decreases the pore size, tightens the skin, and provides superior wrinkle reduction and smoother skin texture-usually immediately

Applications:

1) Hair Removal /Photo depilation (reduction of unwanted hairs).
 

2) Photo revelation, for fine wrinkle, large pores, solar pigmentation.
 

3) Benign Brown Pigmentation, such as freckles, post traumatic hyperpigmentation, melisma.
 

4) Dilated Vessels, such as varicose veins (vascular), telangiectasis, port wine stains, hemangiomas, rosacea.
 

5) Poikilothermic
 

6) Scars and Stains
 

7) Acne Vulg aris improve the situation of oily skin; kill acne bacilli

Specifications:

Competitive Advantage:

Body of the machine is made of Metal , not ABS plastic

Stable for transportation

No training needed Vertical IPL system

80,000-100,000 shots times

Big power for clinic use , long working hours

How it works?

It makes use of the resistance difference between the target tissue and normal skin resulted from selective absorption effect of the skin to photon energy. It increases the RF energy absorption quantity of the target tissue under considerable low photon energy level, so to eliminate possible side effects attributed to over heat. Meanwhile, contacting surface cooling technology applied on the treatment probe head can eliminate the heat effect attributed to photon 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.