GYNELASETM Innovation in CO2 Laser for Gynecology GyneLase™ by INTERmedic represents the most advanced CO₂ laser system for comprehensive treatment of the vulvo-vaginal area. Specifically designed for hospital-based and clinical gynecologists, this system combines surgical precision with minimal invasiveness, delivering results comparable to conventional surgery without its side effects. The system uses exclusive GyneScan™ fractional technology, which applies microscopic laser impacts separated by healthy tissue, inducing vaginal laser rejuvenation (VLR) through thickening of connective and epithelial tissue. This process significantly increases trophism, tone, elasticity, and vaginal tightening. Maximum Precision Fast Procedures Versatile Technology Spanish Development Precise dosimetric control specifically designed for vaginal mucosa with GynePulse™ technology Outpatient, no downtime, no anesthesia depending on the treatment, no bleeding or scarring Expandable multidisciplinary system with intuitive software and touchscreen, lightweight and compact Entirely developed in Spain by an experienced medical team and R&D engineers Clinical Indications System Advantages Vaginal mucosal atrophy Standard, interlaced, and random pulse patterns Vaginal relaxation syndrome Stress urinary incontinence Maximum safety by preventing thermal contamination Vulvo-vaginal surgery (labiaplasty, perineoplasty) Minimally invasive, safe, and effective surgery Non–operator-dependent procedure Gynecology-specific accessories Connection to micromanipulator and col
Open the catalog to page 1GYNELASETM GynePulse™ and GyneScan™ Technology: The Most Advanced Solution INTERmedic has revolutionized gynecological treatment through the development of GynePulse™, a laser pulse specifically designed for vaginal mucosa. This exclusive technology combines controlled photothermal power with the delicacy required for sensitive areas, ensuring safe and effective treatments. Phase 1: Epithelial Impact Phase 2: Deep Stimulation Result: Regeneration High peak-power, short-duration pulse acting on the epithelial component of atrophic mucosa with low water content Low-power, long-duration pulse that...
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