3 wavelengths Diode Laser hair removal handle
Speed 808nm: Golden standard wavelength for all hair types
Alex 755nm: Specific effective for blonde hair, fine hair
Long Pulse 1064nm:Specific effective for dark, tanned skin best quality opt laser/
nd yag /alexandrite laser hair removal machine price
Laser diode Advantages :
1. Combine the three gold laser wavelengths (808nm/
808nm+755nm+1064nm) which are suitable for all skin types and all
hair colors.
2. Handle Long life time 50 millions shots
3.Germany water pump,bigger power, lower noise, better cooling
system, can continuously work for 24 hours.
4. unique dual handpiece together working system, hair removal and
tattoo removal can be operated in one machine at the same time.
Nd Yag Laser picosecond Handpiece
1 Powerful dual laser bar handpiece, 50% more power than single bar
handpiece.
2 Four treatment head: 532nm+75nm+1064nm+1320nm
3. Remove tattoo, including red, brown, blue and black. Remove
tattoo of eyelid, eyebrow, eye line, lip line, etc
4. Remove freckles, foxiness, coffee, superficial and deeper
speckles, age pigment, birthmark, nevus, sunburn spots, traumatic
pigmentation 5. Skin whitening and skin rejuvenation
Working Therapy :
picosecond lasers are a type of laser technology that emits ultra-short pulses of
light in the picosecond range (one trillionth of a second). These
lasers are designed to deliver high-energy pulses in extremely
short durations, allowing them to target and break down pigment
particles more effectively than traditional lasers.
Picosecond lasers have been primarily used in the field of
dermatology for tattoo removal and treating pigmentation issues
such as freckles, sunspots, and age spots. The high-energy pulses
generated by the diode picosecond laser can shatter the tattoo ink
or pigment particles into smaller fragments, making it easier for
the body's immune system to eliminate them.
Diode laser hair removal typically operate at a specific wavelength of light that is
specifically absorbed by the melanin pigment in the hair follicles.
The most commonly used wavelength for diode laser hair removal is
around 800 to 810 nanometers (nm).
At this wavelength, the diode laser can penetrate the skin and
target the melanin present in the hair follicles. The melanin
absorbs the laser energy, which is then converted into heat,
damaging the hair follicle and inhibiting its ability to produce
new hair.
