Home-use LED Therapy Device

Home(Personal) phototherapy device which stimulates
cell reproduction by using specific wavelength
to promote skin recovery.

 

Its compact design makes it easy to store at home. Featuring 1,296 LEDs,
with 432 LEDs activated for each of the three wavelengths—Blue, Red, and IR.
Each wavelength can be activated individually or simultaneously, providing
customized therapy tailored to the user’s needs.

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Skin beauty device
utilizing three wavelengths
Adjust the inspection angle
with flexible movement
for seamless management.
Simple and intuitive LCD
touchscreen display
Powerful 1,296 Skin Care LEDs
Three wavelengths of light can be used individually or combined in pairs to provide sterilization, cell regeneration, and inflammation relief effects, tailored to specific body areas and treatments.

Blue (420nm)
Sterilization

  • Keratinocytes
  • Acne

Red (635nm)
Cell Reproduction

  • Skin Recovering
  • Wound Healing

IR (830nm)
Reduction of Inflammation

  • Anti-inflammation
  • Pain Relief
Blue Intensity : Max 22mW/㎠ Blue+Red Intensity : Max 44mW/㎠
Red Intensity : Max 25mW/㎠ Blue+IR Intensity : Max 40mW/㎠
IR Intensity : Max 20mW/㎠ Red+IR Intensity : Max 40mW/㎠
High output on the skin
Narrow and precise positioning of the SLDs in the array panel results in multiple intersections of the light beams, generating the highest photon intensity zone on the target surface of the skin, providing intensified effects.
Home care mode
Set the wavelength, duration, and intensity for your treatment, then press the self-carebutton to perform skin care at home. After self-care is complete, the settings reset and the device returns to standby mode.
Whole Body Care
Esthelux’s sterilizing, skin-regenerating, and anti-inflammatory effects can be used not only on the face but also on the entire body where care is needed.

Before & After

Before

After

Before

After

Professional
LED therapy
device

ESTHELU X Pro

A Class-II medical combination stimulator that utilizes a low-power laser emitter and an infrared emitter.