How PicoGenesis works
PicoGenesis uses picosecond laser technology to deliver ultra-short bursts of energy measured in trillionths of a second.
This is significantly faster than traditional nanosecond lasers, which deliver pulses measured in billionths of a second. The difference in pulse duration has a profound effect on how pigment is disrupted. While nanosecond lasers primarily break down pigment through photothermal (heat-based) mechanisms, picosecond pulses generate a photomechanical (pressure-based) effect that shatters melanin particles into much finer fragments. These microscopic particles are then more efficiently recognized and cleared by the body’s natural immune system.
The Cutera enlighten platform used for PicoGenesis treatments delivers dual wavelengths (532nm and 1064nm) to target pigment at different depths within the skin. The 532nm wavelength is highly effective for superficial pigmentation such as sun spots, freckles, and epidermal melasma, while the 1064nm wavelength reaches deeper pigment deposits in the dermis. By combining these wavelengths in a single treatment session, PicoGenesis addresses the full spectrum of pigmentation concerns while also stimulating collagen production for an overall improvement in skin tone, texture, and luminosity.










