Two Wavelengths in One System: Alexandrite (755 nm) and Nd:YAG (1064 nm)
AvalancheLase® performs exceptionally safe, fast and effective treatments that can be performed with just one accessory, without the need to use separate handpieces or scanners when switching between wavelengths. AvalancheLase® combines ultimate speed and flexibility with the latest technologies such as Fotona’s Innovative DMC™ Cooling & MatrixView® sensors.
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DMC™ Cooling for Maximum Safety and Comfort
With Fotona’s innovative, patent-pending Dry Spray Molecular Cooling (DMC™) technology integrated into the handpieces and scanners, there is no need for an additional cold-air cooling device, lowering investment costs. This revolutionary technology improves comfort and enhances safety, using room temperature air and water so there is no risk of cryo-injury by over-cooling the skin.
The benefits of DMC™ cooling include:
More effective cooling of the skin, achieving a lower temperature faster
Non-contact, homogeneous cooling for small and large skin areas, including large scanner treatments
One container of demineralized water (0.7 L) lasts for a full-day of laser procedures
Eliminates odour
Ultimate Power for Ultimate Speed
The superior power of AvalancheLase® technology allows the system to generate extremely large spot sizes (30 mm) and exceptionally high frequencies. Optimal speed combined with a wide range of spot sizes in a single handpiece assures shorter treatment times, allowing practitioners to manage patient turnover quickly and increase revenues.
Hair Removal Based on Fotona’s Unique Avalanche Method
Delivers consecutive pulses
Enhanced effectiveness
Faster and comfortable treatments
Patient-friendly
Safe for all skin types
The AvalancheLase® treatment modes are based on the discovery of an “avalanche” effect leading to an increasingly enhanced absorption of laser light in the treated hair following each successively delivered laser pulse. The avalanche process continues until the absorption is high enough for the hair to get damaged. The multi-pass, low-fluence modes of AvalancheLase® thus enable extremely effective, patient-friendly hair removal treatments.
MatrixView® for Optimal Efficacy and Control
Fotona’s MatrixView® unit is a non-contact skin temperature sensor for AvalancheLase® that carefully monitors the patient’s skin temperature during procedures. MatrixView® is integrated with the system’s handpieces and scanners, providing continuously updated feedback via the laser system’s user interface display to ensure greater effectiveness, safety and control during treatments.
Advanced Handpiece Technology – for Unrivaled Control
Designed with the highest quality biocompatible materials such as titanium and gold, Fotona’s innovative handpiece technology optimizes the delivery of laser pulses to the treatment area.
Powered by advanced ASP technology, StarWalker® features a unique green long-pulse VERDE mode, specifically designed for the treatment of vascular lesions. It offers a range of long-pulse durations (15, 20, 30, and 50 ms) to effectively target blood vessels and vascular lesions of different sizes. The 532 nm wavelength aligns with one of the oxyhemoglobin absorption peaks, allowing for the treatment of superficial vascular lesions, while the 1064 nm wavelength can target deeper and larger vessels.
KTP VERDE also allows for safe and effective removal of freckles and sun spots in patients with Fitzpatrick skin type IV, with no long-lasting adverse effects. Full-face application of long-pulsed KTP can result in improved skin texture and tone.
StarWalker’s unique VERDE mode delivers 532 nm energy in long millisecond pulses designed for treating superficial vascular lesions.
FRAC3®
StarWalker® MaQX Pro features the revolutionary FRAC3® pulse modality, utilizing the microsecond pulse duration and high peak power density of Fotona’s VSP™ Nd:YAG pulse technology to produce a three-dimensional fractional pattern in the epidermis and dermis. This creates damage islands that are predominantly located at the sites of targeted skin imperfections. The skin’s natural healing response then acts to repair the microdamage, thereby safely rejuvenating the skin.
Standard Q-switched laser systems cannot deliver Nd:YAG laser pulses in the ‘long-pulse’ duration regime.
VERSA3
StarWalker® MaQX Pro also delivers longer 1064 nm VERSA3 pulses with a range of durations (15, 20, 25, and 50 ms), which are clinically well-proven for a broad range of treatments, such as active acne, wrinkle reduction, hair removal, and the treatment of warts or onychomycosis.
Standard Q-switched laser systems cannot deliver Nd:YAG laser pulses in the ‘long-pulse’ duration regime.