StarWalker® MaQX
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Ultra Performance Q-Switched Laser System StarWalker® MaQX Committed to Engineering The Highest Performance, Best Made Laser Systems in the World

Beast within a Beauty: Top Performance & Award Winning Design Key benefits • Third-generation ASP technology for ultimate precision, efficacy and safety of treatments • Widest range of procedure modes, including unique MaQX, VERDE, FRAC3 and VERSA3 modes for pigment, vascular and collagen treatments • Impressive line of advanced smart control handpieces • Intuitive, easy-to-use parameter selection • Minimally invasive, safe treatments with little downtime • Great patient comfort and sat

Functionality StarWalker’s third-generation technology provides highest power and treatment capability in the most advanced and the most compact design. OPTOflex® arm with patented vacuum cell technology for distortion-free beam delivery to the treatment site 14 laser modalities and 4 laser wavelengths for the widest range of treatments Pulse modalities from nanoseconds to microseconds, milliseconds and seconds for optimal effect on the tissue site Intuitive and intelligent graphical user interface Instant access to preprogrammed procedures via a large display Wireless footswitch for...

Performance at your fingertips with an interactive touch screen Widest Range of Clinical Applications 1064 nm Nd:YAG Pigments, Tattoo Melasma, Pigmented Lesions Acne scars, Active acne Skin toning, Skin Whitening Wrinkles, Pores, Skin rejuvenation Vascular lesions, Veins, Haemangiomas Photodamaged skin Hair removal Warts Onychomycosis The Interactive Touch Screen Guides Users Through All Treatments Two Models • StarWalker® MaQX is the most advanced and Key benefits • Easy to use, intuitive interface puts an entire range of applications at your finger tips highest performance StarWalker...

Ease of use StarWalker’s new advanced touch screen user interface features intuitive navigation and exceptional flexibility.

OPTOflex® Vacuum Cell Technology Reliability StarWalker is built on Fotona’s foundation of over 50 years of experience, with quality and reliability being one of the pillars of company’s commitment and reputation. Patented solutions for a homogenous beam profile Homogeneity of a laser beam profile ensures safety during treatment since laser energy is evenly distributed across the treated area. Epidermal damage is minimized and the risks of bleeding, tissue splatter and transient textural changes in the skin are decreased. Achieving homogeneous beam profiles has been a great challenge for...

Full-beam and fractional handpieces The StarWalker’s full beam and fractional handpiece technology enables physicians to provide advanced solutions for a broad range of treatments. Fractional handpieces harness the powerful photomechanical effect of the StarWalker into tightly focused arrays. These arrays contain concentrations of energy while the surrounding area remains unaffected by the laser light. Longer System Lifetime: Almost 100% flashlamp pulse utilization Most standard Q-switched laser systems can only achieve stable output during laser beam operation by ensuring that their...

Taking Your Practice into the Future

Third Generation ASP Technology StarWalker® and its groundbreaking ASP (Adaptive Structured Pulse) technology represent a cosmic shift forward for the medical and aesthetic laser industry. This third-generation technology combines the unsurpassed range of pulse duration modes of Fotona’s VSP (Variable Square Pulse) technology with the revolutionary capability of ASP technology to adapt the temporal structure of laser pulses to the bio-photonic dynamics of laser-tissue interaction. Laser pulse power Laser pulse power Laser pulse power New Revolutionary Adaptive Structured Pulse Technology...

New Revolutionary Adaptive Structured Pulse Technology Fotona Q-Switched Pulse Power StarWalker’s unique TMD (Transverse Mode Discrimination) laser oscillator technology combined with the ASP pulse control delivers very short (5 nsec) Q-switched pulses consisting of a high energy train of ultra-short bursts of energy in trillionths of a second, enabling photomechanical impact to shatter tiny skin targets without injury to the surrounding skin. StarWalker’s technology thus combines the high energy capabilities of nanosecond lasers with the ultrashort pulse peak powers of traditional...

New Revolutionary Adaptive Structured Pulse Technology Fotona MaQX – Unmatched Q-Switched Pulse Energy Based on revolutionary ASP technology, StarWalker is capable 10 in one giant structured MaQX pulse. The unique MaQX high energy capability of StarWalker enables the generation of a higher energy photoacoustic effect at the treatment site, leading to more effective and faster treatments. Additionally, with high MaQX energies, larger spotsizes can be 2 used resulting in more homogeneous treatments of even deeper lying skin pigments, and therefore with reduced risk of un- wanted side effects....

New Revolutionary Adaptive Structured Pulse Technology Empowered by ASP Technology Fourteen Laser Modalities StarWalker features an extraordinary 14 laser modalities operating at 4 complementary laser wavelengths. Based on the ASP technology, StarWalker modes are tailored to the requirements of specific treatments, a feature that has not been possible with earlier technologies. Pulse width nanoseconds Four Laser Wavelengths StarWalker delivers four laser wavelengths to cover the complete absorption spectrum of melanin, oxyhemoglobin and water. Absorption Coefficient StarWalker’s wavelengths...

New Revolutionary Adaptive Structured Pulse Technology VERDE 532 nm mode for Treating Vascular Lesions The 532 nm wavelength is located at one of the oxyhemoglobin vascular lesions. Based on the revolutionary ASP technology, StarWalker features a unique green long-pulse VERDE pulse Laser Power absorption peaks, which makes it an ideal candidate for treating mode that has been designed specifically to treat vascular Fotona VERDE mode lesions. The StarWalker’s VERDE mode provides a range of long-pulse durations (15, 20, 30, and 50 ms), adapted to correspond to the TRT of superficial red...