PDT LED Facial Skin Care Machine
| Machine type | Portable PDT LED |
| Color of the light | Red, orange, green, blue |
| Machine color | White |
| Size | 48*24*31cm |
| Weight | 2.5kg |
| Voltage | AC 100-240V/ Output DC 12V 3A |
| Energy | 32w |
| Pulse frequency | 1~30Hz |
| Casing material | ABS |
| Machine type | Vertical PDT LED |
| Color of the light | Red, orange, green, blue |
| Machine color | White |
| Size | 70*45*142cm |
| Weight | 20kg |
| Voltage | AC 100-240V/ Output DC 12V 3A |
| Energy | 120mw/ per light |
| Pulse frequency | 0~110Hz |
| Casing material | ABS |
Application
1. Symptoms like skin aging elasticity, coarse pore and fine wrinkles can be improved.
2. PDT can improve pigmented lesions, such as freckles, sunburn spots, aging spots, etc.
3. PDT is used to improve the dark sallow dark complexion caused by poor metabolism and circulation.
4. The repairing of damaged skin is available.
5. It can conduct effective treatment oil acne for swelling, inflammation and scar elimination.
Feature
1. The red light with a 423nm wavelength can penetrate the skin into 1nm depth to restrain sebaceous glands from secreting oil, helping to kill acne bacteria and calm the allergic skin.
2. The 640nm wavelength orange laser can penetrate the skin into 1-6nm depth, which has good results of accelerating the regeneration of skin cells, promoting blood circulation, relieving pain and activating active ingredients.
3. Green light with 532nm wavelength can penetrate skin into 0.5-2nm depth and it has great sedation effect on sensitive skin.
4. The 583nm wavelength yellow light, which penetrates the skin into 1-2nm depth, can effectively remove skin red spots and skin erythema, relieving red swelling and hyperpigmentation, etc.
Theory
PDT (Photodynamic Therapy, PDT) is a new diagnosis and treatment technology using photodynamic effect. It is a photosensitized reaction with oxygen molecule involved. The process can be summered as: laser of special wavelength irradiate on the skin tissues to excite the photosensitizer absorbed by the tissues, and the excited state photosensitizer transfer the energy to the surrounding oxygen molecule to produce high-activity singlet oxygen. The singlet oxygen and the surrounding biological macromolecule generate oxidation reaction, producing in cytotoxicity so as to result in damage and even death to cells.
