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BMFR21
Newangie
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Fractional CO2 laser is a skin resurfacing technology that uses a 10.6μm wavelength laser, which is easily absorbed by skin tissue. The laser beam passes through a 7-joint articulated arm for more focused and stable energy delivery. During treatment, the laser is split into numerous tiny beams that create controlled micro-damage zones in the skin, also called Micro Thermal Zones (MTZs). This allows healthy surrounding skin to help with faster healing and promotes collagen regeneration.
It’s a commonly used method in dermatology and aesthetics for treating:
Acne scars, surgical scars, and stretch marks
Fine lines, wrinkles, and loose skin
Uneven tone and sun damage
Skin resurfacing and texture improvement
CO2 lasers operate in the invisible infrared band and require aiming of the beam to see the effects of the treatment beam on tissue at a closer location than visible red diode lasers. As the laser beam passes through a focusing lens, the heat generated vaporizes the target tissue.
In fractional laser resurfacing, the laser beam is broken up into many tiny microbeams that are isolated from each other so that when they hit the surface of the skin, small areas between the beams are not hit by the laser and remain intact. These small untreated areas promote faster skin recovery and healing with a lower risk of complications. These small areas treated with fractional microbeams are called microtreatment zones and they create enough laser damage to promote the production of new collagen, ultimately resulting in a new and fresher facial skin.
Fractional CO2 Laser Machine Application:
1. Skin resurfacing (Rough skin, coarse pores, dark skin, light damage )
2. Wrinkles (Crow's feet, head lines, Sichuan characters, Decree lines)
3. Pigmented nevus, epidermal pigmentation (freckles, etc.), epidermis (all kinds of warts), cutting
4. Scar Repair (acne scar, hypertrophic scar, burn scar, sunken scar, etc.)
5. Other applications (syringoma, condyloma, seborrheic, etc.)
6. Viginal care (Vaginal wall tightening, collagen remodeling, thicker and more resilient, labium whitening)
| Feature | Description |
|---|---|
| Laser Source | RF (metal) CO2 tubelaser imported from the United States |
| Touch Screen | 15.6-inch full-color interface for easy control |
| Cooling System | Air cooling to maintain stable performance |
| Spot Size | Maximum scan area of 20mm x 20mm |
| Articulated Arm | 7-joint light guide arm imported from South Korea |
| Scan Patterns | Square, Circle, Diamond, Triangle, Ellipse, Straight Line, Rectangle, Hexagon |
Skin rejuvenation
Acne scar removal
Pigmentation correction
Fine lines and wrinkle reduction
Stretch mark softening
Non-surgical skin tightening
Benign lesion removal (e.g., skin tags)
The flexibility to adjust energy, pulse duration, and scan mode gives practitioners precise control over ablative or semi-ablative settings. Whether it's deep acne scars or early signs of aging, treatments can be tailored accordingly.
Fractional CO2 laser is a skin resurfacing technology that uses a 10.6μm wavelength laser, which is easily absorbed by skin tissue. The laser beam passes through a 7-joint articulated arm for more focused and stable energy delivery. During treatment, the laser is split into numerous tiny beams that create controlled micro-damage zones in the skin, also called Micro Thermal Zones (MTZs). This allows healthy surrounding skin to help with faster healing and promotes collagen regeneration.
It’s a commonly used method in dermatology and aesthetics for treating:
Acne scars, surgical scars, and stretch marks
Fine lines, wrinkles, and loose skin
Uneven tone and sun damage
Skin resurfacing and texture improvement
CO2 lasers operate in the invisible infrared band and require aiming of the beam to see the effects of the treatment beam on tissue at a closer location than visible red diode lasers. As the laser beam passes through a focusing lens, the heat generated vaporizes the target tissue.
In fractional laser resurfacing, the laser beam is broken up into many tiny microbeams that are isolated from each other so that when they hit the surface of the skin, small areas between the beams are not hit by the laser and remain intact. These small untreated areas promote faster skin recovery and healing with a lower risk of complications. These small areas treated with fractional microbeams are called microtreatment zones and they create enough laser damage to promote the production of new collagen, ultimately resulting in a new and fresher facial skin.
Fractional CO2 Laser Machine Application:
1. Skin resurfacing (Rough skin, coarse pores, dark skin, light damage )
2. Wrinkles (Crow's feet, head lines, Sichuan characters, Decree lines)
3. Pigmented nevus, epidermal pigmentation (freckles, etc.), epidermis (all kinds of warts), cutting
4. Scar Repair (acne scar, hypertrophic scar, burn scar, sunken scar, etc.)
5. Other applications (syringoma, condyloma, seborrheic, etc.)
6. Viginal care (Vaginal wall tightening, collagen remodeling, thicker and more resilient, labium whitening)
| Feature | Description |
|---|---|
| Laser Source | RF (metal) CO2 tubelaser imported from the United States |
| Touch Screen | 15.6-inch full-color interface for easy control |
| Cooling System | Air cooling to maintain stable performance |
| Spot Size | Maximum scan area of 20mm x 20mm |
| Articulated Arm | 7-joint light guide arm imported from South Korea |
| Scan Patterns | Square, Circle, Diamond, Triangle, Ellipse, Straight Line, Rectangle, Hexagon |
Skin rejuvenation
Acne scar removal
Pigmentation correction
Fine lines and wrinkle reduction
Stretch mark softening
Non-surgical skin tightening
Benign lesion removal (e.g., skin tags)
The flexibility to adjust energy, pulse duration, and scan mode gives practitioners precise control over ablative or semi-ablative settings. Whether it's deep acne scars or early signs of aging, treatments can be tailored accordingly.
