LAEVITA Trademark

Optical fiber cables in the nature of lasers for medical and surgical use in the field of gynecology and for the treatment of gynecological, urinary disorders, genitourinary syndrome of menopause and aesthetic skin rejuvenation; medical devices for monitoring and controlling medical lasers with integrated recorded operating systems, sold as a unit with optical and laser powered systems for cosmetic, surgical and medical use in the field of gynecology and for the treatment of gynecological, urinary disorders, genitourinary syndrome of menopause and aesthetic skin rejuvenation; medical devices and apparatus used in gynecological treatments, namely,laser systems for vaginal health and therapeutic devices for pelvic care; medical dual-wavelength laser systems for vaginal rejuvenation and intimate health; medical apparatus for improving vaginal health, addressing conditions, particularly, vaginal atrophy, urinary incontinence, genitourinary syndrome of menopause and aesthetic skin rejuvenation; optical and laser-powered systems for cosmetic, surgical, and medical use, comprising laser sources, diode lasers, optical fibers, guiding devices, catheters, cannulas, handpieces, aspirators, and applicators; medical and surgical apparatus structural components for guiding and delivering treatments, designed for use in cosmetic, surgical, and therapeutic procedures, namely for the treatment of gynecological, urinary disorders, genitourinary syndrome of menopause and aesthetic skin rejuvenation

Medical services provided through laser therapy and optical fiber technologies for vaginal rejuvenation and intimate health; Providing medical treatments aimed at improving vaginal health, and addressing conditions, particularly, vaginal atrophy, urinary incontinence and genitourinary syndrome of menopause performed using advanced laser and fiber-assisted systems

Downloadable and recorded operating system software for use in monitoring and controlling cosmetic, surgical and medical systems sold as part of such operating systems, namely, for monitoring laser power and laser beam collimation, and calculating and controlling dosage of laser energy to targeted tissues