Dpl

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Dye Pulse Light(DPL) is the world’s latest generation of E-light technology, also known as narrow-spectrum light rejuvenation. Unlike the traditional photorejuvenation (IPL, Intense Pulse Light)

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120.000,00 EGP 125.000,00 EGP

Dpl

120.000,00 EGP 125.000,00 EGP

Description

Specification
DPL
Handle Shots:
DPL:300000 shots

Picosecond: 5 million shots
Spot Size:
8*40mm2
Discharge Interval
1s, 2s, 3s, 4s (variable)
Probe TEMP:
-3°C~2°C
Wavelength Standard
640nm/530nm/480nm/690nm/590nm/755nm
Energy Density:
1-20J/cm2
Picosecond Laser
Frequency
1-10p/s
Energy
1-2000mj
   
Laser Filters
532nm, Non-invasive 532nm, 1320nm, Nonvasive 1064nm, LP1064/532NM
   
RF
   
Energy Density
RF:1-20J/cm2
   
Handle Size Diameter
43mm/30mm/15mm
   
Frequency
3p/s
   
Delay
50-2500ms
   
Probe TEMP
-2°C~0°C
DPL

Dye Pulse Light(DPL) is the world’s latest generation of E-light technology, also known as narrow-spectrum light rejuvenation. Unlike the traditional photorejuvenation (IPL, Intense Pulse Light), it can emit a set precise wavelength of light controlled at a special wavelength of 100nm which can be effectively assimilated by melanin and hemoglobin to treat the diseased tissues, to quickly and effectively solve problems such as hair and facial spots, telangiectasia, which can make skin white and tender.

Treatment for each wavelength

430-1200nm: Anti-inflammatory,sterilization
480-1200nm: Acne treatment
530-1200nm: For freckle removal,Age spots/Sun spots/pigmentation troubles
560-1200nm: Skin rejuvenation, Skin whitening,improving the flexibility of the skin and reduce the wrinkle
590-1200nm: Spider Veins/Correction of Vascular Skin Troubles
640-1200nm: Hair removal
690-1200nm: Hair removal ( Mainly for stout hair)
750-1200nm: Wrinkle removal (the longer the wavelength, the stronger the penetration into the skin, the deeper the texture of the wrinkles, the black skin hair removal, the lighter the burn on the epidermis)

Picosecond Laser

Laser tattoo removal machine uses the blasting effect of laser. The laser effectively penetrates the eppidermis and can reach the pigment clusters in the dermis. Because the laser has a very short acton time(only a few nanoseconds) and the energy is extremely high, the pigment clusters instantly absorb the high-energy laser quickly expands and breaks into small particles. These small particles are swallowed by macrophages in the bdy and then excreted from the body. The pigment gradually fades and disappears, finally achieving the goal of treatment.

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