AC 220V Touch Screen Er Glass Static Fractional CO2 Laser With High energy

AC 220V Touch Screen Er Glass Static Fractional CO2 Laser With  High energy

Feature:

Increased Comfort The fractional array of microbeams does not cause bulk

damage as traditional ablative treatments do but instead cause small

areas of damage each surrounded by undamaged tissue. As a result, fractional

treatments are a much gentler laser treatment. Many patients tolerate the

treatment well without anesthesia; other patients may opt for a light topical

anesthetic. Increased Safety Following a fractional ablative procedure, each tiny fractional column re-epithelializes (i.e., regrows the missing tissue and closes over)

typically within one day. This minimizes the risk of scarring, infection, or longterm

pigmentation changes. Decreased Downtime Depending on the type of procedure, most fractional patients can return to normal daily activities almost immediately (for

fractional non-ablative treatments) or typically within 4 days (for fractional ablative treatments).

FBL-Fraxel Laser Treatment results in fresh, healthy skin and a renewed sense of

confidence. All skin types benefit from treatment.

1. MLA(micro lens array)

Better Focusing Than the Scanner System
LASER. COM adopted the MLA(micro lens array) for splitting the laser onto the skin. Comparing with scanner system of the fractional systems, the MLA system enables the narrow and deep MTZs'(micro thermal zone)-250 micro*1mm. The narrow and MTZs' result in the real skin resurfacing where as other fractional ones generate just shallow MTZs' and reduces the effect of the treatment. Due to the MLA way, Er; Glass laser can precisely deliver the energy. In the fractional market, most of hi-brand fractional products adopt the MLA approach by the above reasons. The curvature of the lens is almost like the ball shape and it is particularly hi-tech. The MLA way gives less pain, less swelling, and less redness.

2. Erbium: Glass

Erbium: Glass penetrates deeper than CO2
Erbium: Glass Laser is adopted for the same purpose of the narrow and deep MTZs'. It results in the maximum efficacy of the treatment. The CO2 Laser just scratches the skin surface instead of going deep into the skin because its water absorption rae is very high. The Erbium: Glass laser tends to be rather focused into the deep hole without being dissipated by the skin surface, For the long term effects with less down time, Erbium: Glass is best of choice of the laser source of the factional systems.

3. High energy(100mj) gives better efficacy

For the maximum efficacy of the treatment, the narrow and deep MTZs' should be created. In order of it, high energy around the 100mj for each microbeam is essential. Our equipment gives such high energy and results in 1mm deep hoes. These micro beams create narrow, deep columms of tissue coagulation, white sparing the tissue surrounding the columms from damage. Our laser source is Erbium: Glass of the wave length 1540nm with the maximum power of 100mj for each MTZ. Shallow holes of other fractional systems prevents the long term of effect of the skin resurfacing.

4. System Specification

Laser Type: 1540nm Er: Glass Laser
Operation Mode: Static
Energy: 1-12J
Frequency: 1Hz, 2Hz
Density: 100 or 300 Spots/cm2
Handpiece Tip: 10mm(100 microbeams per cm2) and 15mm(322 microbeams per cm2)
Actuator: Footpedal
Display: 12.1 inch or 15 inch etc. Touch screen
Power input: AC 220V
Current input: 10A
Weight: About 100Kg
Dimension: 600mm(W)X720mm(D)X980mm(H)
Option: Resurfacing Handpiece