Beyond nano,
experience real PICO!

250 Picosecond Nd:YAG laser

PRINCIPLE

  • PICOCARE MAJESTY is the Nd:YAG picosecond laser system to treat tattoo colors & pigmented lesions.
    In terms of speed & comfort, its performance is superior to any other device in the market.


  • PROCEDURE

    It’s effective and safe in treating various pigments as well as refractory pigments
    because Picocare minimizes damage to skin to remove pigment by precisely aiming the target spot.

    • 01

      Laser radiation

    • 02

      Collapsed

    • 03

      Collapsed

    • 04

      Pigments lesion removal


  • Beam Profile


features

Picosecond Nd:YAG Laser 1064nm&532nm + 595nm, 660nm
Experience Real 250 Picosecond!
PICOCARE MAJESTY breaks all colors of tattoos and pigments
into tiny particies by higher peak power of shorter pulse duration.
Best solution for tattoo removal
PICOCARE MAJESTY has more photomechanical effect with less thermal effect on the skin.
Bringing better results with almost hardly any side effect in tattoo removal and pigmentation treatment.
With 7 types of hand pieces, customized treatment
for each skin problem is possible
Picocare Majesty can be customized for various skin concerns.
ZOOM H/P : Pigmentation, tattoo removal
Collimation H/P: Brightening, Pico-toning
MLA H/P : Pico fraxel suitable for pores, scars, elasticity, fine lines, and skin texture
DOE H/P: Pico fraxel that is effective in improving skin tone, pigmentation and skin texture
DYE H/P : More effective on sensitive pigments and specific color tattoos ( Green, Blue and etc. )

Indication

Multi-colored Tattoo Removal
Body Tattoos, Cosmetic Tattoos
Pigmented Lesion Treatment
Lentigines, Freckles, Café-Au-Lait, Age Spot, PIH, Melasma, Ota Nevus
Skin Rejuvenation
Uneven Skin Texture, Dull Skin Tone, Fine Lines/Wrinkles, Enlarged Pores
Scar Treatment
Acne Scars, Atrophic Scars, Hypertrophic Scars

250 PICO

HEXA MLA



HEXA MLA uses the principle of Laser Induced Optical Breakdown (LIOB)
Cavitation occurs in the target area (epidermis or dermis) and stimulates collagen and elastic fibers.
As cavitation is formed with preserving the stratum corneum layer intact, the recovery period is shorten and the effects of scar treatment and
skin rejuvenation are very satisfactory in a single session.

 



HEXA MLA uses the principle of Laser Induced Optical Breakdown (LIOB)
Cavitation occurs in the target area (epidermis or dermis) and stimulates collagen and elastic fibers.
As cavitation is formed with preserving the stratum corneum layer intact,
the recovery period is shorten and the effects of scar treatment and skin rejuvenation are very satisfactory in a single session.

system&acc

  • Zoom H/P
    532 & 1064nm

  • Collimation H/P

  • MLA H/P
    532 & 1064nm

  • DOE H/P
    532nm / 1064nm

  • DYE H/P
    595nm / 660nm

skin type

By combining 7 types of handpieces and 4 wavelength,
it is possible to perform treatments tailored to the patient’s skin type and skin concerns.
  • Type 1
  • Type 2
  • Type 3
  • Type 4
  • Type 5
  • Type 6
Freckles & Black spots

532nm + Zoom H/P

660nm + DYE(595) H/P

Pigmentation

1064nm + Zoom H/P

1064nm + Collimation H/P

Melisma

1064nm + Zoom H/P

1064nm + Collimation H/P

Brightening

1064nm + Zoom H/P

1064nm + Collimation H/P

Acne scars

1064nm + MLA H/P

Acne red marks

595nm + DYE(660) H/P

Pores

1064nm + MLA H/P

Skin texture improvement

1064nm + MLA H/P

1064nm + DOE H/P

Tattoos

1064nm + Zoom H/P

Red tattoos

532nm + Zoom H/P

595nm + DYE(660) H/P

Green tattoos

660nm + DYE(595) H/P

specifications

System Type Nd:YAG
Wavelength 1064nm, 532nm
Output 500mJ(1064nm), 250mJ(532nm)
Pulse Duration 250ps
Peak Power 1064nm : 2GW (@500Mj/250ps)
532nm : 1.3GW (@250Mj/190ps)
Spot Size 2mm ~ 10mm (step 1mm)
Repetition Rate Single, 1~10 Hz
Handpiece Zoom H/P
Collimation H/P
MLA H/P
DOE (532nm, 1064nm) H/P
DYE (595nm, 660nm), H/P

certificate


South Korea’s Jang Yeong-sil award by Prime Minister.
Manufacturing of innovative medical device companies certified by the Ministry of Health and Welfare

Clinical Data

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