- Product Details
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Quick Details
-
Wavelength:
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808nm/755nm+808nm+1064nm
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Function:
-
Remove Tattoo
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Product name:
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Picosecond Laser Tattoo Removal Machine
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Power:
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1000W
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Handle:
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1 Handles
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Technology:
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Yag Laser Q-switch
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Language:
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8 Kinds Language Optional
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Energy:
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1-2000mj
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Frequency:
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1-10HZ
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Voltage:
-
110V/220V
Quick Details
-
Place of Origin:
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Shaanxi, China
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Brand Name:
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OEM ODM
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Model Number:
-
AMP338
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Wavelength:
-
808nm/755nm+808nm+1064nm
-
Function:
-
Remove Tattoo
-
Product name:
-
Picosecond Laser Tattoo Removal Machine
-
Power:
-
1000W
-
Handle:
-
1 Handles
-
Technology:
-
Yag Laser Q-switch
-
Language:
-
8 Kinds Language Optional
-
Energy:
-
1-2000mj
-
Frequency:
-
1-10HZ
-
Voltage:
-
110V/220V
Nd Yag q Switched Picosecond Picolaser Profesional Best Pico Laser Tattoo Removal Machines q Switched Nd Yag Picosecond Laser
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Portable Picosecond Laser
Product Advantage
1,High energy & fast treatment
2,High-end performance
3,Comfortable & Safe
4,No burns on the skin during treatment
5,No black back problem
6,Honeycomb type instantaneous lens
Product Advantage
1,High energy & fast treatment
2,High-end performance
3,Comfortable & Safe
4,No burns on the skin during treatment
5,No black back problem
6,Honeycomb type instantaneous lens
According to the principle of selective photothermolysis, the shorter the action time of the laser, the more the laser energy absorbed and accumulated in the target tissues.
The shorter the action time of the laser, the more the laser energy absorbed and accumulated in the target tissue will not be easily diffused to the surrounding tissues, and the energy will be confined in the target target to be treated to a certain extent, thus protecting the surrounding normal tissues.
The shorter the pulse width of picosecond laser is only as wide as the pulse width of traditional tuning laser. The pulse width of picosecond laser is only one percent of the traditional Q laser, under this ultra-short pulse width, the light energy can not be converted into heat energy in time.
In this ultra-short pulse width, the light energy can not be converted into thermal energy, almost no photothermal effect, and the volume of the target absorbed by the target undergoes rapid expansion, resulting in a photo-mechanical effect of bursting and tearing.
The volume of the target absorbed by the target expands very quickly, resulting in photomechanical effect of bursting and tearing into fragments, more selective, can make pigmented lesions in a shorter number of treatments, produce a stronger therapeutic effect.
The more selective, can make pigmented skin lesions in a shorter number of treatments, produce stronger therapeutic effect. In a word, "Picosecond laser breaks down the pigment particles more thoroughly, while causing less damage to the surrounding tissues."
If we compare the original pigment particles to rocks, a conventional Q laser can break them down to the size of pebbles, whereas a laser with a picosecond laser can break them down to the size of pebbles.
If we compare the original pigment particles to rocks, a conventional Q laser can break them down to pebble size, while a picosecond laser can break them down to fine sand, so the pigment fragments are absorbed much more efficiently.
The absorption efficiency of the pigment fragments is greatly improved by the use of the picosecond laser.
The shorter the action time of the laser, the more the laser energy absorbed and accumulated in the target tissue will not be easily diffused to the surrounding tissues, and the energy will be confined in the target target to be treated to a certain extent, thus protecting the surrounding normal tissues.
The shorter the pulse width of picosecond laser is only as wide as the pulse width of traditional tuning laser. The pulse width of picosecond laser is only one percent of the traditional Q laser, under this ultra-short pulse width, the light energy can not be converted into heat energy in time.
In this ultra-short pulse width, the light energy can not be converted into thermal energy, almost no photothermal effect, and the volume of the target absorbed by the target undergoes rapid expansion, resulting in a photo-mechanical effect of bursting and tearing.
The volume of the target absorbed by the target expands very quickly, resulting in photomechanical effect of bursting and tearing into fragments, more selective, can make pigmented lesions in a shorter number of treatments, produce a stronger therapeutic effect.
The more selective, can make pigmented skin lesions in a shorter number of treatments, produce stronger therapeutic effect. In a word, "Picosecond laser breaks down the pigment particles more thoroughly, while causing less damage to the surrounding tissues."
If we compare the original pigment particles to rocks, a conventional Q laser can break them down to the size of pebbles, whereas a laser with a picosecond laser can break them down to the size of pebbles.
If we compare the original pigment particles to rocks, a conventional Q laser can break them down to pebble size, while a picosecond laser can break them down to fine sand, so the pigment fragments are absorbed much more efficiently.
The absorption efficiency of the pigment fragments is greatly improved by the use of the picosecond laser.
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