Portable 10600nm Skin Regeneration and Vaginal Tightening CO2 Fractional Laser Device

CO2 Fractional Laser Treatment Principles

The CO2 fractional laser operates at a wavelength of 10600nm, which is highly absorbed by water molecules in the skin. Unlike traditional CO2 lasers that remove the entire skin surface, fractional technology divides the laser beam into thousands of microscopic beams. These beams create tiny columns of thermal damage called microscopic treatment zones, leaving surrounding healthy tissue intact. This “fractional” approach allows the skin to heal much faster while still delivering powerful rejuvenation effects deep within the dermis.

When the laser energy reaches the skin, it instantly vaporizes aged and damaged tissue while generating controlled heat in the deeper layers. This thermal injury triggers the skin’s natural wound healing response, stimulating fibroblasts to produce new collagen and elastin fibers. The result is comprehensive skin renewal from the inside out.

Fractional Head—Skin Rejuvenation Applications

1. Acne Scar Treatment

The CO2 fractional laser penetrates deep into the dermis to break down fibrous scar tissue and stimulate collagen remodeling. New collagen gradually fills depressed areas, leveling the skin surface and reducing pitted scars.

2. Wrinkle Reduction

Deep wrinkles around the eyes and mouth respond well to this treatment. Controlled micro-injuries cause immediate collagen contraction for instant tightening, while the healing process generates new collagen over months to restore elasticity. This dual action effectively treats static wrinkles.

3. Photoaging Reversal

Sun-damaged skin with rough texture, uneven tone, and lost elasticity is addressed simultaneously. The laser removes the damaged outer layer and rebuilds deep collagen. New skin cells migrate to heal microscopic wounds, bringing smoother texture, even tone, and youthful resilience.

4. Skin Tightening and Pore Refinement

Collagen loss causes laxity and enlarged pores. The laser delivers heat for immediate tissue contraction and triggers neocollagenesis. New collagen forms a tighter network that supports skin structure, refining pores and lifting facial contours.

5. Scar Revision

Raised or depressed scars from surgery, trauma, or burns are significantly improved. The laser ablates excess tissue in hypertrophic scars or stimulates collagen filling in atrophic scars, softening texture, reducing redness, and blending scars into normal skin.

Multiple Scanning Modes

This fractional laser system offers 6 scanning patterns: square, rectangle, triangle, hexagon, circle, and straight line. The maximum scanning area reaches 20 mm × 20 mm. Physicians can freely adjust the pattern size during treatment based on the target area, effectively minimizing the risk of hypopigmentation.

Cutting Head – Wart and Mole Removal

The cutting tip uses a 10600nm wavelength, which is highly absorbed by water molecules in biological tissues. When laser energy is focused on the wart or nevus cells, the water in the tissue instantly absorbs the light energy and converts it into heat energy, rapidly raising the temperature to over 100°C, causing precise vaporization and carbonization of the lesion. Simultaneously, the thermal effect causes surrounding microvessels to constrict and close, achieving immediate hemostasis during the procedure and providing the surgeon with a clear operating field.

The cutting tip employs ultrapulse technology, releasing laser energy in microsecond-level high-energy pulses. This method enables tissue vaporization in an extremely short time, while surrounding tissues suffer minimal indirect thermal damage due to insufficient heat diffusion time. Surrounding healthy skin tissue is thus preserved intact, forming a natural healing bridge and significantly accelerating the postoperative repair process.

Vaginal Treatment Head—Vaginal Rejuvenation Therapy

360-degree rotating probes deliver CO2 laser energy uniformly to the vaginal wall, creating controlled microthermal zones in the mucosa and connective tissue. Gentle heating triggers immediate tissue contraction and activates fibroblasts to synthesize new collagen and elastin. The thermal effect stimulates epithelial cell proliferation, increasing vaginal lining thickness and elasticity, while revascularization improves blood flow, nutrient delivery, and sensitivity.

1. Vaginal Tightening

Countering stretching from childbirth and aging, the laser induces immediate collagen contraction for noticeable tightening within days. Continued collagen remodeling enhances firmness and elasticity over weeks, improving sensation and satisfaction.

2. Stress Urinary Incontinence

The laser strengthens the anterior vaginal wall and supportive tissues stabilizing the urethra, restoring collagen density to improve urethral support and reduce leakage during coughing, sneezing, or exercise.

3. Vaginal Dryness and Atrophy

Stimulating the epithelium to produce glycogen and mucopolysaccharides, the laser restores normal pH and lubrication. The thickened, rejuvenated lining resists irritation, reducing dryness, itching, and burning.

4. Sexual Function Enhancement

Improved tone, blood flow, and mucosal health enhance satisfaction. Restored elasticity and lubrication reduce discomfort, while increased vascularization heightens sensitivity and arousal.

5. Aesthetic Improvements

Applied to the vulvar area, the laser reduces hyperpigmentation and improves skin texture for a more youthful external appearance.