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HS-CODE
S08-
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Detailed Description
What is Fractional Photo-thermolysis?
Fractional photo-thermolysis (FP) has been recently introduced as a new concept in dermatologic laser medicine. FP employs an array of small laser beams to create many microscopic areas of thermal necrosis within the skin called microscopic treatment zones (MTZ). Even though FP completely destroys the epidermis and dermis within these MTZ, the 3-dimensional pattern of damage heals quickly and with few side effects.
Technical Specifications
Wavelength 10600nm+/-100nm
Laser apparatus Sealed off laser device simulated by direct current
Optical beam quality TEM00
Output power 30w
Spot size 0.02~0.05mm²
Aiming beam Red semiconductor laser (635nm, less than 5mw)
Beam transport device Articulated arm with 7-joint and balance weight
Working mode Continuous operation
Output Mode Continuous, single pulse, interval pulse and super pulse
Scan scope Less than 20mmx20mm
Scan graphics Circle, triangle, square, rectangle,hexagon, ellipse, line
Scanning Mode Sequence , random and maximum distance scan
Scanning speed More than 10m/s
Duration 1-30w, every 1w is adjustable
Pulse interval time 0~999ms, every 1ms is adjustable
Modulation Frequency 0~999HZ, every 1HZ is adjustable
Input power 450VA
Cooling system Water and air circulation
Environment temperature 5℃~40℃
Relative humidity Less than 80%
Power 220V, 50HZ
Machine size (L*W*H)55*35*185CM
Application of Fractional photo-thermolysis:
Reduce lines and deep wrinkles on the face.
Tighten skin on the face and neck.
Rejuvenate sun-damaged skin and improve texture.
Remove pigmented lesions.
Improve tone and texture on the chest, arms, and hands.
The most concerned and effective in the following two treatments by FP.
1. Focus on wrinkles of face and neck and appearance appear younger.
The aging and damaged skin is caused by photo aging.
FP could improve the skin texture effectively and make the appearance look like younger 2.Focus on scars treatment such as acne scars, surgical scars and scald scars.
There is a lack of effective medicine foe scars treatment.
But FP could desalt and contract scars efficiently.
Fractional Photo-thermolysis technological superiority
The latest fractional laser technologies offer a better balance of efficacy, patient tolerance and lack of side effects compared to older lasers.
For better results the depth of the laser beam penetration and the depth of skin resurfacing are important. But even more important is an optimal combination of depth, micro spot size, density, as well as the ratio of ablation to coagulation.
Depth is a simple term that indicates how deep the thermal damage extends into the skin tissue. It is the depth of the micro-crater or hot cylinder.
Micro spot size is the diameter of the microscopic wound.
Density is the percent coverage over the skin surface, e.g. 20 percent density means 20 percent of the skin surface is damaged.
The “ratio of ablation to coagulation” can be explained as follows: one pulse of laser beam produces a crater (coagulation area), which is 100 µm wide, and the lateral thermal damage (area of ablation) of 50 µm in radius (100 µm in diameter) ; therefore in this case, the total width of coagulation is 100 µm, and the total width of ablation is 100 µm, therefore 1:1. This ratio is an indication of the downtime. Coagulation is a type of thermal damage, which greatly influences wound healing.
The problem is that no one knows the precise best recipe among all of these variables to achieve the best ratio of cosmetic enhancement to days of “downtime.”
Following treatment you will notice some swelling and redness for a few days. Depending on the aggressiveness of treatment.The redness may last several weeks. After the procedure, you will be given specific instructions on properly maintaining your new appearance. Results from CO2 deep resurfacing therapy can be long-term and noticeable.
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