Fractional CO2 Laser Machine Prime
Fractional CO2 Laser Machine Prime — 10,600nm Ablative Resurfacing System
The Fractional CO2 Laser Machine Prime uses 10,600nm CO2 laser energy delivered in a fractional pattern to ablate micro-columns of tissue within the epidermis and dermis while leaving surrounding untreated columns intact. This fractional approach triggers the body’s full wound-healing and collagen synthesis response — equivalent to fully ablative resurfacing — while the intact tissue columns between treated zones enable significantly faster re-epithelialization and recovery than non-fractional CO2 systems.
CO2 Laser Mechanism at 10,600nm
The 10,600nm wavelength is strongly absorbed by water in biological tissue. When focused into fractional micro-beams, the laser energy vaporizes the water content of skin cells in each micro-column, ablating the tissue at that point with a depth determined by energy density and spot size settings. Each ablated micro-column creates a controlled wound surrounded by a zone of thermal coagulation — the thermal coagulation zone stimulates collagen contraction and denaturation, providing immediate skin tightening alongside the progressive collagen neogenesis that occurs during healing.
The healing process in the untreated tissue bridges between micro-columns, re-epithelializing the ablated zones within 3–5 days. The deeper dermal remodeling and collagen regeneration response continues for 3–6 months post-treatment. Fractional coverage density — the proportion of the skin surface that is ablated versus left intact per treatment pass — can be adjusted to calibrate treatment aggressiveness from conservative (low density, fast healing) to aggressive (high density, deeper remodeling, longer recovery).
Treatment Applications
- Acne scarring: The most clinically proven indication for fractional CO2 — ablation and collagen remodeling of fibrotic scar tissue produces significant improvement in rolling, boxcar, and shallow ice-pick scars
- Skin resurfacing and anti-aging: Comprehensive improvement in skin texture, pore size, fine lines, and surface irregularities
- Deep wrinkles: Perioral rhytides, forehead wrinkles, and static wrinkles require the ablative depth that fractional CO2 achieves
- Skin laxity: Collagen contraction from thermal coagulation produces immediate tightening; progressive neocollagenesis continues over months
- Stretch marks (striae): Ablation and collagen stimulation in striae alba and striae rubra
- Surgical and traumatic scars: Remodeling of raised, hypertrophic, and atrophic scars
- Photodamage: Solar lentigines, diffuse pigmentation, and actinic changes
Technical Specifications
| Parameter | Specification |
|---|---|
| Laser Type | Fractional CO2 |
| Wavelength | 10,600 nm |
| Delivery Mode | Fractional (adjustable density and depth) |
| Tissue penetration | Epidermis to deep dermis (depth adjustable) |
| Skin types | Fitzpatrick I–IV (caution on V–VI: hyperpigmentation risk) |
| Session duration | 30–60 minutes |
| Recovery | Re-epithelialization 3–5 days; erythema 1–2 weeks |
| Collagen remodeling | 3–6 months post-treatment |
| Voltage | AC 110V / 220V |
| Warranty | 3 years |
Package Includes
- Main unit × 1
- Fractional CO2 laser handpiece × 1
- Protective eyewear × 2 pairs
- Power cord × 1
- User manual × 1