Melasma and stubborn pigmentation can be frustrating, especially when treatments feel inconsistent or too harsh for your skin. At The Luxe MedSpa in Columbus, OH, we use advanced pico laser technology powered by the Picofy picosecond platform to precisely target pigment while minimizing heat-related damage. This makes Pico Laser a safer option for darker skin tones, helping restore a clearer, more even complexion with minimal downtime.
Pico Laser is an advanced skin treatment designed to improve melasma and uneven pigmentation with greater precision and control. At The Luxe MedSpa, we use next-generation picosecond technology designed to deliver high-energy pulses in ultra-short bursts for faster, more efficient pigment correction while minimizing unnecessary heat exposure to the skin. This makes it a more refined and effective option compared to traditional laser treatments, especially for individuals struggling with melasma or sensitivity to heat-based procedures. The technology can target both superficial and deeper pigmentation, supporting a clearer and more even complexion over time. With customizable settings and advanced control, treatments can be adjusted to target different depths and pigment types with precision, making Pico Laser a safer option for darker skin tones.
Pico Laser delivers ultra-short pulses of energy into the skin to target pigment with high precision while minimizing heat buildup. The Picofy system uses a high-performance Nd:YAG picosecond platform with dual wavelengths, 1064 nm for deeper pigment and 532 nm for more superficial discoloration, allowing for more comprehensive correction. These rapid pulses generate high energy density that shatters pigment into fine, dust-like particles for more efficient clearance. This allows for more effective pigment fragmentation compared to traditional nanosecond lasers. With a uniform beam profile and stable energy output, the system delivers consistent results while reducing thermal diffusion and protecting surrounding tissue. This combination of precision and controlled energy makes it especially effective for melasma and safer for darker skin tones, with minimal downtime and a lower risk of post-inflammatory hyperpigmentation.
