We Select Breakthrough Technologies that Deliver the Best Laser Hair Removal Experience


Laser hair removal is one of the most common cosmetic laser procedures in the U.S.  In general, devices beam highly concentrated light into hair follicles. Pigment in the follicles absorb the light which then destroys the hair.  However, differences in energy intensity and speed plus added features that improve comfort can greatly impact the overall laser hair-removal experience.  These differences also impact the ability to treat certain skin/hair types and the total number of treatment sessions needed.


It is my hope, that the Cartessa brand will serve as a ‘stamp of approval’. That patients can see it and feel confident that the device was evaluated, tested and selected by Cartessa because it is the best laser available in terms of results and patient experience.
— Gabe Lubin, Founder & CEO, Cartessa Aesthetics


A Laser Hair Removal Breakthrough

Motus AX

The most efficacious laser for hair removal has historically been the Alexandrite laser.  However, risk to darker skin types has kept it from being the universal  choice. The Motus AX is the first, high-speed Alexandrite laser that makes it possible for even darker skin types to benefit from the effectiveness of this laser wavelength. The technological breakthrough delivers a fast, uniform and most importantly, painless hair removal experience for patients. 



Effective Hair Removal with Minimal


The Forte is often referred to as "in motion hair removal technology" which means it administers pulses at a lower energy but higher pulse speed.  This, in addition to a cooling feature at the point of contact, contributes to a highly effective, safe and comfortable treatment.   



Ultra-Fast Treatment Times

Evo Series

The Evo Series lasers are able to perform hair reduction on the broadest range of skin types and hair colors.  Treatments with the EVO are faster due to the ultra-fast start-up times and wide laser-beam sizes.  Lastly, the handpieces are specifically designed to deliver even and highly precise energy emission.