Why Fotona SMOOTH®?
Connective tissue in the vaginal walls is an important factor in pelvic organ support. Symptoms of pelvic floor dysfunction mainly arise from laxity in the vagina or its supporting ligaments, due to increasing age and vaginal childbirth. Fotona SMOOTH® procedures are non-invasive, non-ablative laser procedures that use a patented laser technology to send mild heat pulses to the vaginal walls, resulting in functional strengthening of connective tissue inside the vaginal wall, an overall increase in vaginal wall thickness and functional improvement in the mucosal tissue.
- Simple and quick
- High success rate
- Patient satisfaction
What is a Fotona SMOOTH® laser pulse?
Fotona SMOOTH® gynecological procedures are based on the discovery that the delivery of an optimal sequence of heat pulses to the vaginal mucosa results in strengthening and rejuvenation of the vaginal wall. Fotona SMOOTH® operates at the optimal infrared Er:YAG laser wavelength (2.94 µm) that coincides with the maximal absorption peak of the mucosal tissue. This ensures that the laser light is delivered to the tissue in a controlled superficial manner without the risk of affecting deeper-lying structures.
Fotona SMOOTH® treatments
IncontiLase®
Laser treatment for stress and mixed urinary incontinence
IncontiLase® treatment works by improving the urethral support by photothermal strengthening of the vaginal wall using an Er:YAG laser procedure with proprietary non-ablative Fotona SMOOTH® technology. It affects the connective tissue in the vaginal mucosa with emphasis on the anterior vaginal wall.
IntimaLase®
Vaginal tightening treatment
IntimaLase® is an incisionless laser treatment for vaginal relaxation syndrome. It photothermally tightens the vaginal canal using an Er:YAG laser procedure with proprietary non-ablative Fotona SMOOTH® technology. The mechanism of action is based on the shrinking and thickening of connective tissue in the vaginal wall.
RenovaLase®
Treatment for genitourinary syndrome of menopause / vaginal atrophy
RenovaLase® works by non-ablative gentle photothermal treatment of the vaginal canal using very low energies that cause mild hyperthermia and induce microvascularisation and tissue regeneration without shrinking the collagen. It restores normal vaginal mucosa structure and function and eliminates the need for long-term estrogen treatment.
ProlapLase®
Laser treatment for pelvic organ prolapse
ProlapLase® is a laser treatment for pelvic organ prolapse that uses Fotona SMOOTH® laser technology to photothermally strengthen the tissue around the prolapsed area via laser-mediated stimulation of collagen remodeling and synthesis of new collagen fibers.
More from Knowledge Base
Scientific Evidence Behind Fotona SMOOTH®
Treatments in Gynecology
Also see:
*This content is exclusively for users who have registered their Fotona laser system. To register your system, please click here.
FotonaSmooth® Lasers
Revolutionary non-surgical laser for vaginal health
FotonaSmooth® gynecological lasers were developed specifically for performing the non-invasive Fotona SMOOTH® gynecological treatments; although they also offer the opportunity to perform many other, traditional laser treatments.
FotonaSmooth® SP

- Two complementary laser wavelengths in one system: 2940 nm Er:YAG and 1064 nm Nd:YAG
- Fotona SMOOTH® mode technology for non-invasive treatments
- Er:YAG VSP technology for cold to warm ablation
- Non-surgical treatments of lesions of the vagina and uterine neck
- Nd:YAG for additional clinical and aesthetic applications
FotonaSmooth® XS

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- 2940 nm Er:YAG laser
- Fotona SMOOTH® mode technology for non-invasive treatments
- VSP technology for cold to warm ablation
- Non-surgical treatments of lesions of the vagina and uterine neck
TimeWalker® IntimaLaser™

- Two complementary laser wavelengths in one system: 2940 nm Er:YAG and 1064 nm Nd:YAG
- Fotona SMOOTH® mode technology for non-invasive treatments
- Er:YAG VSP technology for cold to warm ablation
- Non-surgical treatments of lesions of the vagina and uterine neck
- Nd:YAG for additional clinical and aesthetic applications











