BENEFITS OF STARWALKER MAQX PRO
StarWalker MaQX Pro is an ultra-performance laser system from Fotona with the most advanced and compact design. It features 16 laser modalities across 4 wavelengths, enabling significantly faster treatments across large surface areas and reducing procedure times.
StarWalker MaQX Pro delivers precise, uniform energy distribution, making it an ideal solution for pigmentation, skin rejuvenation, and toning procedures. Read below for the other benefits of StarWalker MaQX Pro.
ENHANCED PHOTOACOUSTIC REJUVENATION
FracRevive+®, one of the protocols of StarWalker MaQX Pro, is the upgraded version of FracRevive®. FracRevive+® targets deeper skin layers for advanced rejuvenation. It effectively reduces pore size, diminishes the appearance of pigmentation spots and wrinkles, enhances skin texture, and unifies tone, delivering even more visible results faster.
Aside from that, this treatment is fast and comfortable with minimal to zero downtime.
MULTIFACTORIAL TREATMENT FOR MELASMA
StarWalker MaQX Pro can also treat melasma and other related pigmentation disorders through MaQX Clear®, a 4-step approach. It starts by breaking down melanin at a subcellular level before targeting the erythema and inflammation with the use of short FRAC3® pulses.
Its FracTAT® technology will then promote non-thermal skin rejuvenation. The last step is removing any visible vascular components of melasma through Nd: YAG VERSA mode.
REDEFINING SKIN TONING
StarWalker MaQX Pro generates Nd:YAG and KTP spot sizes up to 12.5 mm at high frequencies, making it ideal for efficient skin toning, lightening, and rejuvenation of large surface areas. These treatments only require shorter sessions, which is perfect for people with a busy lifestyle.
StarWalker MaQX Pro is a non-ablative procedure that stimulates collagen production for long-lasting improvement of skin tone and texture.
PATENTED FRACTAT® TATTOO REMOVAL
StarWalker MaQX Pro is an ultimate tattoo removal powerhouse. In this procedure, a fractional laser handpiece drills microholes, followed by treatment with a full-beam handpiece.
Microholes reduce the frosting effect, allowing gases formed in the tattoo removal process to escape. This enables deeper pigments to be reached, leading to more efficient pigment destruction.