How It Works
The PicoSure laser uses a single 755 nm wavelength, while the PicoWay laser uses dual 1064 nm and 532 nm wavelengths.
The PicoSure 755 nm laser uses a honeycomb focus array lens. It is commonly known on the market as the honeycomb picosecond. The extremely short pulses work on the picosecond scale (10-12 sec) to create the so-called photomechanical effect. Compared to the thermal effects of traditional nanosecond (10-9 sec) lasers, picosecond lasers avoid the post-treatment skin darkening that results from residual heat while working to directly break apart their targets. The result is blemish-free, smooth skin with fewer treatments.
The holographic focusing technology of the PicoWay laser combines a holographic diffuser with dual-layer focusing. It uses diffraction to first split the laser beam then refocus it to deliver treatment at 22 times the power. Without damaging the skin, it forms what’s known as the “laser-induced optical breakdown effect”. This effect acts like invisible fractional lasers working on two layers deep in the skin without the recovery time or pain associated with the heat of fractional lasers. The 1064 nm wavelength can penetrate into the dermis, while the 532 nm wavelength focuses on the surface of the skin for effective treatment at two depths via the high-speed picosecond waves of the 360 degree holographic diffuser. This is effective for invigorating collagen and elastin as if a 3D lattice of fillers was set up within the skin for all-around healing and protection resulting in healthy, plump, firm skin.