980nm + 1470nm Dual-Wavelength Gynecology Laser for Vaginal Tightening/Rejuvenation/Laxity Treatment/Tissue Remodeling/Firming
When used for gynecological or intimate treatments, the 980nm + 1470nm wavelengths utilize controlled photothermal action to thermally stimulate vaginal wall tissue, induce tissue contraction, and promote collagen remodeling, thereby improving tissue elasticity and tightness, as well as alleviating certain related symptoms.
Water absorbs 1470 nm light more strongly than 980 nm light; consequently, the light energy tends to be more concentrated, resulting in a smaller zone of thermal diffusion in the tissue. In contrast, 980 nm light is absorbed by both hemoglobin and water, offering advantages in coagulation and hemostasis.
Laser energy is delivered to the vaginal wall via an optical fiber, inducing a controlled thermal effect on the tissue; this causes immediate collagen fiber contraction and stimulates subsequent tissue remodeling.
The theoretical process involves:
Laser energy → controlled thermal stimulation → collagen contraction → collagen remodeling → improved tissue firmness/elasticity
Like:
- Aperto vaginal
- Vaginal Laxity Treatment
- Vaginal Rejuvenation
- Vaginal Tissue Remodeling
- Vaginal Firming
Stimulates collagen remodeling to improve vaginal tissue firmness, elasticity and structural support.
Like:
collagen remodeling
collagen contraction
neocollagenesis
connective tissue remodeling
epithelial regeneration
Improving Vaginal Elasticity and Tissue Condition
Factors such as aging, childbirth, and menopause can lead to changes in vaginal tissue, including:
Reduced elasticity
Tissue thinning
Dryness
Decreased comfort
Tissue laxity
Consequently, another application of laser therapy focuses on:Vaginal tissue remodeling and elasticity improvement
A study published in 2025 investigating a dual-wavelength (980nm + 1470nm) diode laser targeted postmenopausal vulvovaginal atrophy (VVA), evaluating metrics such as the Vaginal Health Index, vaginal maturation, dyspareunia, and sexual function.
Vaginal Dryness / Vaginal Atrophy
This is also a significant area within the gynecological laser market.
Specifically:
Postmenopausal Vaginal Atrophy / Genitourinary Syndrome of Menopause (GSM)
Common manifestations include:
Vaginal dryness
Vaginal irritation
Burning
Dyspareunia
Urinary symptoms
Recurrent UTIs
These are all potential symptoms associated with the Genitourinary Syndrome of Menopause.
Small-scale clinical studies have already been conducted on the use of 980+1470nm dual-wavelength lasers for postmenopausal vaginal atrophy.
Improving Pain During Intercourse / Sexual Comfort
If a patient presents with:
Vaginal dryness + tissue atrophy + reduced elasticity
Pain during intercourse (dyspareunia) may occur.
Therefore, the goals of certain gynecological laser treatment protocols include:
Improving vaginal comfort
Improving tissue elasticity
Reducing vaginal dryness
Improving sexual well-being
Tissue repair and improvement of mucosal condition
Given its high absorption by water, the 1470 nm wavelength can produce a relatively localized photothermal effect when appropriate parameters and fiber modes are used.
Certain gynecological laser techniques utilize it for:
Mucosal remodeling
As well as:
Epithelial regeneration
Connective tissue remodeling
Improved tissue quality
Improved elasticity
This is why the 1470 nm wavelength has garnered significant interest in gynecological soft-tissue treatments.
Designed to support tissue remodeling and may be used as part of treatment protocols for selected patients with stress urinary incontinence.
980nm + 1470nm Dual-Wavelength Gynecology Laser
Designed for:
Vaginal Tightening & Firming
Vaginal Laxity Management
Remodelação do colágeno
Vaginal Tissue Rejuvenation
Vaginal Dryness & Tissue Atrophy
Vaginal Mucosal Remodeling
Postpartum Tissue Rehabilitation
Genitourinary Syndrome of Menopause (GSM) — according to applicable clinical protocols
Selected Gynecological Soft-Tissue Procedures
Principais benefícios
Dual-Wavelength Technology
980nm and 1470nm provide complementary absorption characteristics for controlled photothermal tissue treatment.
Remodelação do colágeno
Controlled thermal stimulation may promote collagen contraction and subsequent tissue remodeling.
Precise Energy Delivery
Fiber-based delivery enables targeted treatment of vaginal tissue.
Minimally Invasive Approach
Designed for minimally invasive gynecological procedures when used according to appropriate clinical Protocols.
From different research directions and industry applications, they can be divided into the following two types:
A. Cosmetic Gynecology:
Aperto vaginal
Vaginal Firming
Vaginal Laxity
Remodelação do colágeno
Vaginal Rejuvenation
B. Medical Gynecology:
Vaginal Atrophy / GSM
Vaginal Dryness
Dyspareunia
Tissue Remodeling
Selected Gynecological Soft-Tissue Procedures
If you need more inforamtion, please contact us at
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After you buy our Arfurla laser machine, we will offer free training video, suggested parameter, install video for handle and laser, how to use the laser, how to set the laser, how to maintian the laser, how to do sterilize for the handle and fiber.
Looking forward for our pleasant cooperation.
