Fotona StarWalker PQX Pico Laser

Description

Fotona StarWalker PQX Pico Laser

Fotona StarWalker PQX Pico Laser, a breakthrough in picosecond laser technology that delivers unmatched precision, speed, and clinical versatility. Featuring the highest pico power, the shortest pulse width, and the broadest wavelength range, the StarWalker PQX is ideal for advanced skin pigment removal and aesthetic rejuvenation treatments.

Key benefits

enhanced safety with automatic handpiece and spot-size detection
user-friendly application wizards for recommended parameters
integrated treatment history and patient database
patented light-weight OPTOflex arm
color-coded, medical-grade titanium handpieces

Treatments

Has an impressive line of advanced smart control handpieces and intuitive, easy-to-use parameter selection with minimally invasive, safe treatments with little downtime, patient comfort and satisfaction.

Black and Colour Tattoo Removal
Pigmented Lesions Removal
Skin Rejuvenation
Skin Toning
Acne Scars and Traumatic Scar Revision
FracTAT
Scar revision

Advantages

Highest energy and highest peak power for fast and efficient treatments.
Wide range of spot sizes and handpieces (both full spot and fractional) for exceptional application versatility.
Unique treatments for tattoos, rejuvenation, pigments and scars enabled by FracTAT technology.
Top-quality beam profile, ASP technology, unique online self-calibration (EFC) for reliability and consistency of results.

Amazing ergonomy of the Arm (OPTOflex), conveniently small size and weight (55 x 29 x 82 cm; 68 kg), lowest power requirements (110/220 V, 16A) and exceptionally silent operation for operator comfort and ultimate energy efficiency.

Handpiece Technology

Designed with the highest quality biocompatible materials such as medical grade titanium alloy, Fotona’s innovative handpiece technology optimizes the delivery of laser pulses to the treatment area.

StarWalker’s full-beam and fractional handpiece technology enables physicians to provide advanced solutions for a broad range of treatments. The quality of the optical delivery ensures uniform delivery of energy, making the treatments reliable and minimizing unwanted side effects.

Fractional handpieces harness a powerful photomechanical effect into tightly focused arrays with high concentrations of energy, while the surrounding tissue remains unaffected by the laser light.