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Silk’n Flash&Go Pro - At Home Permanent Hair Removal for Women and Men
Silk’n Flash&Go Pro - At Home Permanent Hair Removal for Women and Men
Silk’n Flash&Go Pro - At Home Permanent Hair Removal for Women and Men
Silk’n Flash&Go Pro - At Home Permanent Hair Removal for Women and Men

Silk’n Flash&Go Pro - At Home Permanent Hair Removal for Women and Men

$ 16.89

Availability: 85 in stock
  • Hair Type: Red, Dark Blond, Brown, Gray, White, Chestnut, Black, Blond
  • MPN: 79GSLZ3YUSJL
  • Type: Laser Hair Removal Device
  • Condition: New
  • Number of Heads: 1
  • Power Source: Corded Electric, Battery
  • Skin Tone: Fitzpatrick Type 3 (White: Sometimes Burns), Fitzpatrick Type 1 (White: Always Burns), Fitzpatrick Type 4 (Light Brown: Rarely Burns), Fitzpatrick Type 2 (White: Usually Burns)
  • Battery Life: 2 Hours
  • Features: Portable, Adjustable Speeds
  • Product Line: Silk'n Flash&Go
  • Department: Men, Women
  • Body Area: Legs, Underarms, Arms, Bikini, Face, Body
  • Suitable For: Hair Removal
  • Brand: Silk’n
  • Color: White

    Description

    Silk’n Flash&Go Pro - At Home Permanent Hair Removal for Women and Men, No Refill Cartridge Needed, Safe, Painless - IPL Laser Hair Removal System
    Flash&Go Pro
    Touch & Glide HPL Technology
    The Flash&Go Pro Permanent Hair Removal system uses HPL (Home Pulsed Light) technology to remove unwanted hair, painlessly.
    Touch & Glide Triggerless
    The Touch &Glide triggerless feature makes hair removal simple and easy. All you need to do is touch and glide your hair away!
    Protocol & Safety Features
    Start with clean, shaven skin
    For the first two months treat every other week.
    Treat monthly until desired results are achieved (typically 6-8 months)
    Treatment Areas
    Designed for use on the face (cheekbones down), legs, arms, underarms, bikini lines, and other areas of the body where hair removal is desired.
    HPL Technology
    Silk'n utilizes HPL (Home Pulsed Light) technology, which is safe and effective for long-term hair removal because it uses optical light energy.