Fotona Treatment

Fotona’s unique technology uses a laser technique that releases the gas and pressure common to other lasers, allowing the beams to reach additional pigment with less heat and decreased chance of frosting or scarring. Because more pigment is reached, most patients require fewer treatments than with other lasers. Patients experience less downtime and less discomfort.

StarWalker MaQX

Safer, Quicker Tattoo Removal

When tattoo pigments are hit by conventional Q-switch laser beams, particles break down and release gas. The gas overlays the remaining pigment particles, resulting in two problems:

  1. A shielding effect: Gas above pigments protects the remaining pigments from subsequent laser beams. As a result, repeated pigment breakdown within a single session is not possible; you have to come back for repeat sessions after 1-3 months, and the duration for complete treatment is prolonged.

  2. Higher complication rate: The gas bubbles formed result in blister formation as air is trapped beneath the skin. These blisters result in longer downtime after each laser session and predispose the skin to possible scarring or infections.

Diagram showing four steps of a fractional laser treatment on skin. Step 1: Micro holes drilled by ablative fractional laser. Step 2: First treatment with a MaQX pulse. Step 3: Reduced frosting effect. Step 4: Subsequent MaQX pulses are not blocked from reaching deeper lying pigments.

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