LEGO-ERIDE

New product

ERIDE SMART DUAL LASER DIODE

Ask us delivery time

 If you are a professional beauty/wellness client or distributor, please contact us at [email protected] 

More info

This new laser system has been created for the most demanding customers looking for the optimal hair removal performance for each skin type, regardless of the season of the year.

Applications

Tri-wave technology, three wavelengths integrated in a single handle (755 nm + 808 nm + 1064nm), suitable for all skin types and hair colors throughout the year. Large spot for greater treatment reliability. Especially effective for blonde and light hair (755nm), and for dark skin (1064nm).

755nm

Alexandrite: This wavelength is especially effective for blonde and light hair, such as eyebrows or upper lips, among others. Energy absorption is most optimal for the melanin chromophore, making it ideal for a wider range of hair types and colour.

808nm

Standard wavelength for most common hair types. Offers deep penetration of the hair follicle with high power delivery.

1064nm

Nd:Yag. Effective for darker skin. It is characterized by having less melanin absorption, which makes it a focused solution for higher skin phototypes, thus reducing pain in treatment and the risk of damaging the skin.

Data sheet

  • Laser Type – Diode
  • Number of handles – 1
  • Wavelength – 755 nm + 808 nm + 1064 nm
  • Laser source power – 1000 w
  • Equipment power – 3000 w
  • Screen size – LCD 8.6″ Color
  • Software and language – Spanish
  • Memory – 72 parameters
  • Protection system – Autoreset
  • Spot Size – 12 x17mm
  • Average shots – 10-12 million shots
  • Pulse width – 10 ms – 500 ms
  • Energy creep – 1 J/cm²- 100 J/cm²
  • Trigger frequency – 1 Hz – 10 Hz
  • Cold system – Microchannels + Water + Air
  • Noise level – 50db
  • Working temperature – Between – 5° C and 0° C
  • Electrical Voltage – 220 V / 110 V
  • Equipment Size / Weight – 37cm x 63cm x 45cm / 38kg
  • Pack Size / Weight – 60 cm x 65 cm x 70 cm / 48kg

you may be interested