Fully Ablative CO2 Laser Resurfacing Treatment
Technology: 10600nm Fractional CO2 Laser
Laser power：40w/70w
Function: Skin Rejuvenation, Scar Removal， Vaginal Tightening
Certification: CE， FDA， ISO13485
Customized Service: OEM, ODM, logo
Description
Technical Parameters
Fully ablative CO2 laser resurfacing delivers full-field epidermal ablation & dermal collagen remodeling for severe photodamage, deep rhytides, atrophic scars & skin texture renewal. 10600nm wavelength, adjustable pulse, for professional aesthetic clinics & dermatology centers.
How Fully Ablative CO2 Laser Resurfacing Works
The 10600nm CO2 laser energy is strongly absorbed by intracellular water within skin tissue. Under fully ablative continuous full-field scanning, the laser precisely vaporises the full epidermis and a controlled depth of dermis layer by layer.
Controlled ablation: Remove damaged, photo-aged outer skin completely
Dermal thermal stimulation: Heat fibroblasts to trigger new collagen & elastin synthesis
Wound healing cascade: Body generates fresh, uniform epidermis and remodels scar tissue
Long-term remodelling: Collagen improvement continues for 6–12 months after complete re-epithelialization
This is the most aggressive resurfacing mode among CO2 laser options, prioritising maximum correction in one session, at the cost of longer downtime.
✅ Deep perioral, periorbital rhytides (deep static wrinkles)
✅ Severe photodamage, extensive solar keratosis & mottled sun pigmentation
✅ Heavy atrophic acne scars, surgical scars & traumatic scars ✅ Rough, thickened, uneven skin texture
✅ Advanced facial skin laxity with textural ageing
✅ Stretch marks (selected cases, clinician evaluation required)
Advanced Cooling & Safety Control
Designed to maintain stable system performance
Minimizes thermal damage to surrounding tissue
Enhances patient comfort during procedures
User-Friendly Touchscreen Interface
Clear parameter display and intuitive operation
Preset modes for common treatments
Efficient workflow for clinical use
Advanced Cooling & Safety Control
Designed to maintain stable system performance
Minimizes thermal damage to surrounding tissue
Enhances patient comfort during procedures
Recovery Timeline & Post-Treatment Care Guide
Day 1–7: Oozing, swelling, crust formation; must keep area moist & protected, no picking crusts
Day 7–14: Crust sloughing, re-epithelialization complete; pink/red fresh skin exposed
Week 3–8: Erythema fades gradually
Month 2–12: Continuous collagen remodelling; final stable results appear at 6–12 months
| Item | Fully Ablative CO2 Resurfacing | Fractional CO2 Resurfacing |
|---|---|---|
| Coverage | 100% full-field ablation of target area | Micro-thermal zones, partial skin coverage |
| Strength | Maximum correction, dramatic single-session effect | Moderate improvement, repeatable sessions |
| Downtime | 10–14 days initial healing; erythema may persist weeks | 3–7 days downtime |
| Best fit | Deep wrinkles, severe scars, heavy sun damage | Fine lines, mild acne marks, pore refinement |
| Pigment risk | Higher; mostly recommended for Fitzpatrick I–III | Lower, wider skin-type tolerance |
| Anaesthesia | Usually local anaesthesia / conscious sedation | Topical numbing cream sufficient for most |
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