25W / DC 24V LED Photo Rejuvenation Skin Care Beauty Equipment for Home Use L006

LED skin care product

Advantages of PDT Treatment:

LED light energy is capable to penetrate skin down to 50 mm depth underneath. LED luminescence does not introduce

heat effects and ensures clients of “ultimate” skin freshening effects. When LED luminescence penetrates base skin layer,

melanin is promoted in decomposition; and experimental results have proven early skin beautification and whitening.

Be proven to be 100% safe and highly effective

No UVA , No UVB , No Ultra-Violet , No Infared

Non-invasive, there is no downtime and no damage to skin cells

Simple equipment operation requiring no professional trainings;

Long application life, stable performance, long continuous working

time ; clients can apply makeup immediately after treatment;

Strong lighting energy, intensive penetration, big-size treatment area, and short treatment time;

applicable for any skin characteristics;

Low treatment costs (when compared with photon or laser methods);

Simple repair and no special requirements for treatment environment;

Lightsources arrayed in matrix to accommodate human facial profiles;

Treatment range:

(1)Removing flecks,  sunning spots,  pigment sediments,  reduction of

    sunlight damage to skin;

(2)Treatment for spots,  dark sores and folliculitis;

(3)Lightening red spot acnes and capillary vessel expansion;

(4)Smoothing fine wrinkles and tightening loose or aging skin;

(5)Shrinking coarse pores and curing skin roughness;

(6)Treatment for dark or dim skins caused by deficient metabolism or circulation;

(7)Release of fatigue,  reduction of pressure and improvement on sleep;

(8)Curing skin scurf or folliculitis-caused hair losing;

(9)Recovery from slight pathological replacements of facial nerves;

(10) skin recovery after skin replacement,  recovery from tattoo or tattoo allergy;

(11)Laser eyebrow washing,  instant recovery from tattoo washing,  sensitive skin recovery;

(12)Recovery from skin burns,  blisters,  or pigment sediments caused by excess
energy or improper operation during photon treatment

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