ETHEREA-MX - Medical Laser Platform
ETHEREA-MX® is the next generation of LASER and light-based platform technology. Offering multiple applications in one system, ETHEREA-MX® is capable of effectively providing a comprehensive suite of the most popular aesthetic treatments. Developed and designed with the knowledge and expertise acquired over years of experience in the aesthetic market, the ETHEREA-MX® benefits from a combination of proven technology and a robust design, ensuring maximum uptime and effective results.
MARKET LEADER: THE #1 MULTI-USE PLATFORM IN ONE OF THE LARGEST AESTHETIC GLOBAL MARKETS.
Selling since 2009, with a large global install base, ETHEREA® has performed countless procedures over the years. With this success and experience we have transformed the ETHEREA® platform into one of the most versatile and reliable systems on the market today.
A GLOBAL EXPERIENCE WITH ETHEREA® TECHNOLOGY.
A genuinely Brazilian technology offered in every major market of the world, solidifying its position and reputation as a valued, reliable and effective brand.
2-YEAR WARRANTY OPERATE WITH CONFIDENCE AND PROTECT YOUR BUSINESS.
The ETHEREA-MX® is backed by a 2-year exclusive warranty plan. A true testament to the quality exclusively provided by ETHEREA® technology.
A SINGLE PLATFORM THAT OFFERS 70+ TREATMENT INDICATIONS.
ETHEREA-MX® aims to meet physicians and patients’ specific needs, offering a wide range of clinical and aesthetic treatment indications.
MAXIMUM VERSATILITY WITH MULTIPLE HANDPIECES AND MULTIPLE OPTIONS
In addition to the most complete IPL technology on the market, with 5 different wavelengths available, the ETHEREA-MX® has additional handpieces with a broad selection of wavelengths and spot sizes.
SUPERIOR TECHNICAL SUPPORT AND SERVICES TO MEET YOUR NEEDS.
With training for sales, service and clinical applications, along with a responsive technical support group, any issues will be resolved quickly and effectively..
ADVANCED OPTICAL PRECISION AND SAFETY
With optimized lensing, all LASERS have improved beam quality, allowing for optimal control of energy penetration, and the formation of residual thermal damage, greatly increasing procedure safety.