Description
Features :
Painless: Large-area bald head allows each operation to dispose of 100-150
hairs (depending on location). Because the body built-in seal circulating
water-cooled system, in the hair removal process can be adjusted according
to the skin condition at any time, so can shorten processing time.Make sure
the skin temperature does not rise excessively and cause pain.
Equipment Maintenance and maintenance
The instrument general continuous working time not more than 2 hours, continuous work one hours after the instrument rest for more than 20 minutes;
instruments belong to precision instruments, can not be inverted or collision. Parts and host with saline clean, and then use a clean wet rag wipe clean, put in a cool dry place.
parameters
Name 808nm diodelaser， 755nm picosecond laser
Hair removal, eyebrow washing, tattoo removal, spot
removal, skin rejuvenation
Laser type Diode Laser
Medium Sapphire
Cooling Wind cooling + Water cooling
Voltage 110/220V 50/60HZ
808 Spot area 13*13mm
screen size 8 inch
Wavelength 808nm/1320nm/1064nm/532nm /755nm
Strength 1-100%
31
Frequency 1-10HZ
Power 1000W
Packing size 47*51*64cm
Gross Weight 30KG
Packing Flight Case
Packing list
808 laser handle pcs 1
755 Picosecond handle pcs 1
Laser heads pcs 4 (532nm,1064nm,755nm,1320nm)
Power line pcs 1
Manual pcs 1
Handle hanger pcs 2
Fuse wire pcs 2
FAQS
How does it work to remove hair?
Utilizing the laser pyrolysis effect, when the laser at a specific wavelength penetrates the upper layer of the skin and irradiates the hair root, the light is absorbed by the pigment in the hair. This process inactivates the hair root without causing harm to other tissues. Applicable areas cover almost the entire body with excessive hair, including the armpits, limbs, lips, and face.
What is the mechanism behind this machine?
Utilizing focused, precise, high-energy monochromatic light, the laser achieves strong penetration and targeting. The high-energy emission rapidly penetrates the skin surface to reach dermal pigment clusters. These clusters are selectively absorbed, leading to their rapid expansion and subsequent fragmentation into small particles. these particles are then metabolized by the body's natural cycle and eventually expelled, resulting in the fading and complete elimination of pigmentation.
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