Cutting-Edge Technologies
Bringing the future of aesthetics into today’s practice.
Innovation Aesthetic Devices
Smart, trend-driven solutions designed to elevate treatment outcomes.
Attainable Innovations
Premium technologies delivered with practical accessibility.
AESTELLAR is a new frontier of AESLA, carrying forward its foundation in Aesthetic + Laser while expanding into a stellar future of limitless aesthetics and technological innovation. Rooted in the fusion of Aesthetics + Stellar, it represents precision, transformation, and a cosmic approach to redefining.
Experience the future of medical aesthetic technology with XERF’s revolutionary dual frequency monopolar RF system. It delivers precise thermal energy deep into skin tissues, supporting effective treatments while ensuring comfort without the need for numbing, needles, or downtime.
The World’s First Dual-Frequency Monopolar RF Treatment System
Experience the future of medical aesthetic technology with XERF’s revolutionary dual frequency monopolar RF system. It delivers precise thermal energy deep into skin tissues, supporting effective treatments while ensuring comfort without the need for numbing, needles, or downtime.
The World’s First Dual-Frequency Monopolar RF Treatment System
Redefining aesthetics through innovation, precision, and trusted medical technology.
- Drastically reduces the appearance of redness, flushing, and superficial veins.
- Offers a non-invasive solution to eliminate unwanted pigment.
- Achieves a radiant, healthy complexion across the patient’s face, neck, and décolletage.
- Uses Lutronic’s exclusive Clear and Smooth™ treatment combined with IntelliTone™ technology to deliver noticeable improvement in skin tone and texture.
- Proven to safely reduce or remove unwanted pigment across skin tones.
HIGHLIGHT
XERF Pioneers Thailand
@Cynosure Lutronic Academy - Seoul, South Korea
Upcoming Event
IMCAS SYMPOSIUM 2025
Cynosure Lutronic Draft
Date: JUNE 6, 2025
Publisher: Dermatologic Surgery
Author(s): Jordan V Wang; Shirin Bajaj; Robert Murgia; Sean Z Wu; Robert Weiss; Roy G Geronemus; Omar A Ibrahimi; Suzanne Kilmer