The light that radiates
your beauty

01

SUPREME

Diode laser and Pulsed light

NNOVATIVE MACHINE FOR PERMANENT REDUCTION OF FACIAL HAIR AND BIOSTIMULATION OF THE SKIN WITH DIODE LASER TECHNOLOGY AND CPL INTENSE PULSED LIGHT.

Supreme represents the latest innovation in the panorama of laser technologies, including the CPL (Intense Pulsed Light) module and the 810nm Diode Laser, fully meeting the needs of the aesthetics professional. Its modular design, is a guarantee of multiple application solutions, offering versatility and ensuring a wide range of treatments and solutions for the end customer.

Maximum comfort and satisfaction
for the results obtained.

MAXIMUM SAFETY

Reliability and high safety for the operator and the client thanks to heightened production standards, already compliant with the entry into force of “EUROPEAN REGULATION No 2017/745”, which will take effect on 26 May 2020.

VERY SHORT RECOVERY TIMES

Resume normal daily activities immediately after treatment.

ASSURED COMFORT

Absolute comfort during treatment, thanks to ergonomic handpieces and skin cooling technologies that guarantee protection.

FEW AND QUICK TREATMENTS

Possibility to treat several areas in the same session at the same time for faster results on larger areas.

Diode Applicator

The demand for hair removal of large areas of the body is constantly growing but the technologies used so far have shown limits, in many cases due to the excessive time required to obtain definitive results and sometimes the presence of side effects to the treatment. The diode laser represents the choice of choice for permanent hair removal, allows a fast treatment, in maximum comfort and is able to treat all skin types. The solution for epilation, painless, fast and effective.

Diode laser

Compared to other lasers for hair removal, the diode has extremely low running costs, (module duration 20,000,000 pulses) and its high stability ensures effective and repeatable performance to satisfy even the most demanding professionals.

The module has an ergonomic shape and slides on the skin adapting the laser emission to the speed of the operator’s hand. The treatment time is reduced thanks to the spot up to 23mm² and allows to effectively treat large areas, such as the back and legs, in a comfortable way and in very short treatment times, about 15-20 minutes for the entire back area.

The guide light in sapphire material is cooled thanks to a thermoelectric system that protects the epidermis during treatment, while the uniform profile of the laser beam and the high absorption and selectivity wavelength (810 nm), allow a more effective action on hair follicles, reducing the need for multiple steps and repeated treatments.

CPL Applicator

The CPL applicator uses a wide spectrum of light. Unlike lasers that generate energy in a single wavelength, the Xenon lamp emits in a very wide light spectrum. The emission spectrum is between 600 and 1100 nm. To specifically treat different skin imperfections, the wavelength is filtered through special glass slides that act as optical filters and limit the passage of desired wavelengths. The CPL applicator allows non-invasive treatments, guaranteeing very satisfactory results with minimum recovery times and no side effects.

Pulsed light calibrated with “square pulse”
technology and dual mode filter.

The CPL applicator provides a wide range of wavelengths for gentle hair removal and aesthetic treatment of skin imperfections. The two-way filtering of the emitted light pulse, made possible by the “dual filtering” technology, represents the key innovation, which allows to perform effective treatments with reduced invasiveness, substantially differentiating the CPL technology from other systems that use Intense Pulsed Light.

The perfectly square shape of the impulse emitted by the current generator sets it apart from common technologies, and ensures better results and patient comfort during the entire treatment. Thanks to the uniform pulse, the density of the the current emitted by the lamp is constant, which in turn favours the spectral emission of the uniform beam of light during the entire pulse, ultimately creating a targeted and much more efficient heating effect which significantly improves the treatment results.