*. Diode laser hair removal technology is based on the selective dynamics of light and heat.?

*. The laser goes through the skin surface to reach the root of hair follicles.?

*. Light can be absorbed and converted into heat damaged hair follicle tissue, so that hair loss regeneration without injury surrounding tissue.?

*. Slight pain, easy operation, the most safe, technology for permanent hair removal now.?

*. Diode laser equipment adopts 808nm, particularly effective to hair follicle melanocytes without injury surrounding tissue.

?*. The laser light can be absorbed by hair shaft and hair follicles in the melanin, and converted into heat, thus increasing the hair follicle temperature.?

*. When the temperature rasises high enough to irreversibly damage the hair follicle structure, which disappear after a period of natural physiological processes

?*.IPL the most famous and internationally used beauty equipment ,generates light to penetrate through skin. The light is highly-selectively absorbed by the melanin in hair follicles. With photo-thermal reaction, the heating melanin will dilute rapidly, getting the result of hair removal. Besides, the collagen will also be stimulated to reproduce and reconstruct for the aim of skin rejuvenation.

?Features:?

1. 808nm Germany diode laser: removal system uses the most advanced technology that penetrates , More assured the mechanism performance, clinical results,FAST-SAFE-RELIABLE-PERMANENT HAIR REMOVAL, world renowned?

2. Professional OEM/ODM services: professional services on software & hardware design and production?

3. Quick: big spot size 12x12mm2 and powerful, treatment.Squared big spot size could prompt the treatment speed, treatment speed and efficiency. Reduce treatment time for original 1/5?

4. Efficiency: 808 nm is in the spectrum of near-infrared (0.75~1.50 ¦Ìm) region, effective to absorb melanin and goes through dermis to reach to adipose tissue, acting on different area and depth of hair. Excellent treatment result can be expected at the first treatment and suitable to all types of hair

?5. Convenience: a. User friendly software means that operator error is drastically reduced b. internal modular design, easy installation and maintenance c. multi-software languages, easy your operations

?6. Comfortable: painless¡ªsapphire temperature cool down 0~30C, comfortable in the whole treatment; also no scar in,no harm to the skin and sweat glands, no scar, no any side-effect/after treatment?

7. Perfect cooling system: Strong Sapphire touch cooling system can make momentary epidermal anesthesia, no any painless during , increases comfort during treatment.Superior advantages: quiet (as you know It¡¯s very big noise to the normal cooling system), 24hourscontinuous working available, painless?

8.High energy:no pigmentation, excellent treatment result can be expected at the first treatment and suitable to all types of hair?

9.Safety: a.Best thermostatic water cycle system guarantee semiconductor pump can¡¯t burn cavities due to overheating. b.Self-checking and auto-protection mechanism to ensure the stability?

10.The power module design is suitable for import and export business.It is convenient to maintenance?

11. ipl+DIODE can be used very easy and do multi function treatment?

12. higher power IPL, do effective combination with diode laser?

13. multi function touch scren make the operation easy and confirtable 14. one machine even all skin operation?

?Parameters:?

?Laser type: Semiconductor laser?

Laser wavelength: 808nm Laser?

energy output: 0 ~ 180J / cm2 adjustable?

Laser pulse width: 0~400ms, adjustable?

Pulse Interval: 1-10Hz adjustable?

Display interface: 8.4/10.4 inch color touch screen

?Spot size: 12x12 mm2 Output power: 2000W?

Contact cooling: Semiconductor cooling + water cooling + air cooling +Sapphire cooling system?

Power source: 110/220V¡À10%, 60/50HZ?

light source: intensive pulse light?

Wavelength: 560-1200nm SR 690-1200nm HR 430-1200nm AR?

Fluency: 1-50J/cm2 1-35J/cm2?

Spot Size: 8x40mm 12x30mm 15x50mm optinal?

Cooling System: Water Cooling Semi-conductor Cooling