Professional q-switch nd yag laser pigmented lesions treatment pigmentation removal machine
Treatment Principle
The machine utilizing the explosive effect of the ND: YAG LASER, the laser permeates the epidermis into the dermis and takes effect on pigment mass and is absorbed by pigment. Since the laser pulses is extremely short in nanosecond and comes with super high energy, the pigment mass would swell quickly and break into small pieces, which will be eliminated through metabolism. In this case, the pigments become lighter gradually and finally disappear.
Detailed Product Description
Long Pulse 1064 nm Best-wavelength Removing Pigment IPL Hair Removal Machine
1, The best-wavelength laser
2, Adjustable long pulse width, It can protect the normal skin while removing different types of pigment diseases
3, No pigmentation left by long pulse laser treatment,which is the most suitable for Asian skin
4, The effect of hair removal connect with the hair growth cycle
Parameters
Wavelength | 1064nm |
Energy density | 10-600J / cm2 |
Pulse width | 1-30ms |
Pulse delay | 1-100ms |
Pulse mode | single pulse mode |
Repetition rate | 1Hz, 2Hz (low energy can be adjusted to the time 2Hz) |
Spot size | 5-15mm, for the treatment |
Technical Parameters
Basic parameters:
1. Dimensions (without articulated arm, Width×Length×Height): 370 mm ×957 mm ×992 mm;
2. Total weight(include articulated arm): <80kg;
3. Power input: 1200VA;
4. Rated current of leakage:10A;
5. Repetition Rate: 1-5Hz;
6. Nominal ocular hazard distance: NOHD 3.3km,
Note: operation shall be in a closed room and make sure to wear goggles!
7. cooling system: built-in closed circulating water cooling;
Photoelectric property:
1. Laser output mode: Q-switched pulse;
2. Laser wavelength: 1064/532nm;
3. Pulse Duration: 5ns±1ns;
4. Maximum pulse energy in the end of articulated arm: 500mJ@1064nm;200mJ@532nm;
5. Error oflaser output energy: ≤±20%;
6. Spot size:2-10mm continuously adjustable, error less than ±20%;
7. aiming beam wavelength: 635 nm; output power Pc shall be 0.1mW≤Pc≤5mW;
8. The distance betweenspot center and aiming beam center ≤0.5mm;