Tetra PRO is a unique CO2 laser source with exclusive PSD (Pulse Shape Design) Technology to achieve performance levels never attained before in women intimacy. It allows to perform MonaLisa Touch® treatment: the best known procedure to treat vulvo-vaginal conditions in menopausal, breast cancer survivors and hysterectomized women. MonaLisa Touch® acts on atrophic vaginal tissue to restore the functionality of vaginal mucosa. The CO2 laser delivers controlled energy through a full-angle probe inserted into the vaginal canal. The D-Pulse targets both surface and deep tissue, increasing microcirculation, revitalizing the elasticity of the vaginal mucosa, and improving the hydration and sensitivity of the vulvo-vaginal area.

DEKA, world leader in the development of high tech laser systems, concentrated over thirty years of expertise into the technological excellence of SmartXide². In line with the ongoing commitment to innovation, DEKA paved the way for a new multidisciplinary, avant-garde laser system. SmartXide² can operate in both the colposcopic and endoscopic fields, with a versatility that makes it the most advanced worldwide CO₂ laser system.

DEKA innovative CO₂ RF laser source with the exclusive PSD® (Pulse Shape Design) technology generates pulses especially designed for surgical applications (U-Pulses), and the use of lasers in total synergy with the HiScan Surgical and EndoScan scanning systems.

GLIDE is the new CO2 laser platform by DEKA which, thanks to its 30 plus years’ experience, has introduced a new system and a series of more ergonomic and highly performing accessories. The unique and exclusive PSD technology can generate specific pulse shapes for the various body areas to be treated, making this technology ideal for the treatment of vulvovaginal problems and MonaLisa Touch treatment.

DUOGlide combines two wavelengths (CO2 10600 nm and 1540 nm) to maximize the efficacy in gynaecological anddermatological applications. Thanks to aver 30 years of experience, DEKA has found the ideal wavelength which, added to traditional 10600 nm, enanches its functionality, reducing simultaneously recovery time.