Treatment theory:
This is "selectively thermal absorption of laser". There is melanin in hair follicle and follicle stem cells. Long pulse laser can create laser pulse with super high energy. The melanin of hair follicle absorbs huge laser energy, and then temperature of hair follicle is rising, to make hair follicle and around tissues broken, hair lost primary environment, be completely removed.
Also the professional headpiece cooling technology ensures a much comfortable treatment, avoid skin burning.
2. Specification of alexandrite+nd yag laser
Items | 755nm Alexandrite plus ND Yag Laser |
1) Wavelength | 755nm/ Alexandrite, 1064nm&532nm |
2) Spot Size | 1 to 10 degree |
3) Energy | 755nm: 100J/cm2 Long pulse: 100J/cm2 Nd yag: 2600mj |
4) Delivery way | 7 joint guiding light arm |
5) Treatment tips | 2 can exchange |
6) Life span | 20 million shots |
7) Spot adjust principle | Adopts lens mode |
8) Repetition Rate | 755nm: 1-3Hz Nd yag: 1-10Hz Long pulse: 1Hz |
9) Cooling temperature | -20 degree |
10) Cooling | Water+air cooling |
13)power supply | 220V 20A 50Hz, 110V 30A 60Hz |
Competitive Advantage:
Q1: Why we choose a long pulse laser for hair removal?
A: As most known, long pulse ND YAG laser can create laser pulse with super high energy, much higher than other lasers and IPL. So long pulse laser can removal hair and around tissues completely, and also is efficient for tiny slight hair removal, and other skin diseases treatment.
Q2: Why your machine use fiber to conduct the laser, not directly laser shooting?
A: Three facts:
1. the laser generator is so big size that we just can not put into a headpiece.
2. for directly laser shooting, the spot size depends on the diameter of laser crystal, so the max spot-size is nearly the same size as laser crystal. To use fiber conduct laser pulse, the spot-size can reach 12mm diameter.
3. as the laser generator put inside of machine, so the headpiece can be designed light and small, much easy to hold by hand.
Q3: How to avoid skin burning as the laser energy is so high?
A: Headpiece cooling.
Company Information
