Cynosure Apogee Elite Plus

Cynosure Apogee Elite Plus

The Cynosure Elite combines two optimal wavelengths in one system: 755 nm Alexandrite and 1064 nm Nd:YAG, allowing you to perform aesthetic laser treatments with unsurpassed efficacy and patient comfort.

The Cynosure Elite utilizes the optimal wavelengths for popular procedures. The classic 755 nm wavelength has high melanin absorption characteristics and proven long-term results for pigmented lesion removal and hair reduction, permanently reducing hair by an average of 79% after just three treatments.

The high-powered 1064 nm Nd:YAG is the safest wavelength for permanent hair reduction on darker skin types and tanned skin. It’s also the wavelength of choice for treating facial and leg veins, the most common form of vascular lesions.

With two lasers in one system, the Elite enables you to safely and effectively perform multiple applications. When compared to two standalone single wavelength lasers, this helps increase your client throughput, resulting in a more productive and profitable practice.

Unlike lasers with pre-set treatment parameters, the Cynosure Elite includes a variety of spot sizes and adjustable pulse durations, allowing you to tailor your treatments based on your patients’ specific needs.

Multiple treatments for all skin types

Nd:YAG technology with 755nm and 1064nm wavelengths quickly and effectively treats all skin types while delivering the years of reliable performance for which Cynosure is known.

Effective Treatment for All Skin Types

Cynosure Apogee Elite Plus, you have the flexibility to customize treatments to encompass all skin types. Variable spot sizes and pulse durations make Elite+ the natural choice to accommodate a range of specific skincare conditions.

Deliver exceptional results across all skin types
Easily switch between wavelengths for different treatments within a single session
Air-cooling throughout treatments enhance patient comfort and satisfaction
Longer pulse durations of up to 300ms precisely match the energy delivered in concert with thermal relaxation time