The future of skin treatments starts now The Stellar M22™ is a powerful modular multi-application platform, inspired by the brightest constellation in the sky. It enables you to safely and effectively treat different indications in different skin types, age, and gender, without the need for disposables.
The Stellar M22 is one of the most advanced, intelligent skincare innovations in this universe or any other.
With four technologies in one platform, you can treat over 30 skin conditions and hair removal.
Stellar M22 is fully upgradable, giving you infinite possibilities.
One modular system.
A galaxy of treatments
The Stellar M22 enables you to treat more patients and expand your business. Discover the infinite possibilities available with the Stellar M22 for these key treatments and many more.
USER EXPERIENCE
The Stellar M22™ OPT® advantages:
HANDPIECES
For True Fractional Non-Ablative Skin Resurfacing
Just one pass for effective skin resurfacing, saving time and protecting the patient’s skin
Extremely versatile state-of-the art CoolScan™ scanner, for customizable treatments.
Unique algorithm for controlled non-sequential pulsing ensures precise, homogenous and safe energy delivery for reproducible results.
Efficacious and fast, with up to 20% coverage in one pass with continuous contact cooling for maximizing safety.
Cost effective upgrade with NO disposables.
With Multiple Sequential Pulsing Technology
Precise and comfortable treatment with 3 cooled and easily changed lightguides
Unique algorithm for controlled non-sequential pulsing ensures precise, homogenous and safe energy delivery for reproducible results.
For Tattoos and Pigmentation Removal
7 spot sizes for customized treatments 4 of which are available also as disposable tips
Q-Switched Nd:YAG
“Top-Hat” beam profile advantages:
Enhanced treatment safety due to avoidance of bulk heating using homogenizer.
Top-hat beam profile minimizes epidermal damage, tissue textural changes and the occurrence of scarring.
A lack of an homogenizer might result in hot spots within the beam and increased risk of scarring.