First Fotona Dynamis Max in Portugal Introduced by Dr. Ellene Papazis in Porto

PORTO, Portugal - April 2, 2026 - PRLog -- Porto, Portugal — The dermatology clinic of Dr. Ellene Papazis has introduced the first Fotona Dynamis Max system in Portugal, expanding access to advanced laser dermatology treatments for both clinical and aesthetic indications.

The Fotona Dynamis Max is a multi-application medical laser platform combining Nd:YAG (1064 nm) and Er:YAG (2940 nm) wavelengths. This dual-wavelength system enables treatment of both superficial and deeper skin layers, supporting a wide range of dermatological procedures with precision and control.

Fotona, founded in 1964, is an established manufacturer of medical laser systems, recognized internationally for safety standards, engineering quality, and development of clinical treatment protocols.

According to Dr. Ellene Papazis, the choice of this platform was based on reliability, safety, and versatility.

"The Fotona Dynamis Max allows a more individualized and structured approach to dermatology, supporting both clinical and aesthetic treatments while maintaining consistency and control," said Dr. Papazis.

In clinical dermatology, the system may be used in treatment strategies for acne, rosacea, vascular lesions such as telangiectasias, hyperpigmentation, scars, and skin texture irregularities. It may also support selected procedures involving nail conditions and benign skin lesions, depending on clinical evaluation.

In aesthetic dermatology, the platform supports non-invasive and minimally invasive procedures aimed at improving skin quality and firmness. These include facial rejuvenation, collagen stimulation, skin tightening, periocular treatments (eye area), body contouring, and support for hair restoration.

The system also enables proprietary Fotona protocols, including Fotona4D®, SmoothEye®, LipLase®, HAIRestart®, and TightSculpting®, which combine different laser modes to address specific clinical and aesthetic indications.

Additional laser modes such as SMOOTH®, PIANO®, and FRAC3® allow further customization of treatments based on patient needs and skin characteristics.

The platform supports photobiomodulation approaches, using low-level laser energy to assist tissue regeneration, wound healing, and modulation of inflammatory processes. In specific configurations, this may also be applied in intraoral contexts related to healing and pain management.

Beyond dermatology, the system may also be used as a complementary tool in vascular treatments, gynecology, and post-procedural skin recovery.

More information is available at: http://www.ellenepapazis.com

Full Portuguese version of this announcement: https://docs.google.com/document/d/e/2PACX-1vQVhfJMs_M7-R...