Professional Fractional CO2 Laser Machines For Sale
>CO2 Fractional Laser Machine for Skin & Gynecology – Celolaser Pro
The CO2 Celolaser Pro is sold to clinics, medical spas, distributors, and aesthetic chain operators looking for a single-platform device covering both skin and gynecology workflows. One capital investment covers fractional skin resurfacing, soft tissue surgical use, vaginal tightening, and protocol-based care for stress urinary incontinence. The system is part of Fotromed’s broader Fractional CO2 Laser Machine line, with OEM and ODM available for distributor partners.
At 10600nm, the CO2 laser sits at the peak absorption wavelength of intracellular and extracellular water — the dominant chromophore in skin, dermis, and vaginal mucosa. Energy is converted to heat in the targeted column within microseconds, producing controlled vaporization with a narrow surrounding rim of thermal coagulation.
Rather than ablating a continuous surface, fractional photothermolysis fires the beam through a scanned matrix of microscopic treatment zones (MTZ). Spared tissue between MTZs houses viable keratinocytes and dermal stem cells, which re-epithelialize the ablated columns from the sides — the mechanism behind shorter downtime versus full-field resurfacing.
Once MTZs are formed, the wound-healing cascade unfolds in stages: MENDs (microscopic epidermal necrotic debris) slough off, fibroblasts migrate into the dermal compartment, and Type III collagen is gradually replaced by Type I collagen over the months that follow. In vaginal mucosa, the same cascade restructures collagen fibers in the lamina propria — the basis for laxity and tightening protocols.
A galvanometer-driven scanning head distributes the focused 10600nm beam across a programmable matrix, making this the workhorse tip for face, neck, and body resurfacing. The operator selects pattern shape, coverage density, and energy to match the indication and Fitzpatrick skin type.
A focused (non-scanned) beam at the same 10600nm wavelength delivers cutting, vaporization, and coagulation in one pass — useful where intra-procedural hemostasis matters more than coverage area. Available in two focal lengths to suit incision depth requirements.
A 360° reflector at the probe tip emits the beam radially around the full circumference of the vaginal canal, eliminating the need for rotation between shots. Graduated markings on the shaft let the operator step withdrawal cleanly through the canal, supporting reproducible vaginal relaxation syndrome (VRS) protocols.
Each handpiece is tuned for a specific tissue type and treatment zone. The table below summarizes the configuration and primary use of each head.
| Handpiece | Focal length / type | Primary use |
|---|---|---|
| Fractional scan | Scan, f50mm / f100mm | Skin resurfacing, scar work |
| Surgical | Focused, f50mm / f100mm | Cutting, vaporization, coagulation |
| Conical vaginal | f127mm, 360° emission | Full vaginal wall (VRS) |
| Oblique vaginal | f127mm, half emission | SUI, vaginal dryness |
| One-point external | External, 3–10mm | Vaginal introitus, labia minora |
| Two-point external | External, 3–10mm | Labia majora, vulvar appearance |
Master the CO2 Celolaser Pro with confidence through Fotromed’s expert 1-on-1 operation training. Our team walks your operators step-by-step through both skin and gynecology protocols, parameter setup, and treatment workflows so your clinic is ready from day one.
Grow your business alongside your new CO2 Celolaser Pro. Fotromed goes beyond the sale by providing customized marketing materials and social media guidance — helping you showcase fractional CO2 treatments on platforms like Instagram and TikTok to boost clinic visibility.
Secure your long-term investment with a reliable source manufacturer. Fotromed provides responsive direct technical support and maintenance for your CO2 Celolaser Pro. Our dedicated service team keeps your equipment running smoothly across years of clinical use.
Build your own aesthetic equipment brand with the CO2 Celolaser Pro. Fotromed handles full OEM and ODM customization — logo, color scheme, interface language, packaging, and user manuals — so distributors can launch a private-label CO2 fractional laser line under their own identity.
| Parameter | Value |
|---|---|
| Laser Type | RF-excited CO2 laser, imported metal laser tube |
| Wavelength | 10600nm |
| Laser Average Power | CW: 0–30W / SP: 0–15W |
| Laser Peak Power | CW: 30W / SP: 60W |
| Pulse Energy | 1mJ–120mJ |
| Spot Size | 0.5mm |
| Scan Shapes | Round, ellipse, square, triangle, hexagon |
| Scan Size | Up to 20mm × 20mm |
| Coverage Rate | 20%–80% (default 50%) |
| Working Modes | CW (continuous wave) / SP (super pulse) |
| Output Modes | Repeat / Single shot / Continuous |
| Handpieces | 7 total: 1 fractional scan, 2 surgical (f50mm / f100mm), 4 gynecology (f127mm) |
| Display | 12.1-inch LCD touchscreen |
| Aiming Beam | 635nm diode, <5mW |
| Electrical | 100–240VAC, 50–60Hz, 800VA |
| Dimensions (L×W×H) | 58 × 76 × 137 cm |
| Net Weight | 77 kg |
The CO2 Celolaser Pro supports protocols for fractional skin resurfacing, helping improve the appearance of acne scars, surgical scars, stretch marks, wrinkles, uneven skin tone, and enlarged pores across face, neck, décolletage, and body areas. Treatment sessions are spaced two to three months apart according to operator protocol.
The CO2 Celolaser Pro supports vaginal tightening protocols and feminine wellness applications, including vaginal dryness, post-partum vaginal laxity, vulvar appearance protocols, labia majora tightening, and areolar appearance care. The four-probe gynecology configuration allows the operator to address both intra-vaginal and external vulvar zones within a single platform.
The CO2 Celolaser Pro is used in clinical protocols for stress urinary incontinence (SUI) and mild uterine prolapse, with the oblique vaginal handpiece targeting the connective tissue between the vagina and urethra. Treatment courses typically span multiple sessions according to severity and operator assessment.
The CO2 Celolaser Pro supports soft tissue surgical applications in dermatology and minor surgery, including benign pigmented nevus removal, benign skin neoplasm excision, scar revision, and lesion vaporization. The surgical handpieces provide simultaneous cutting and coagulation through the 10600nm CO2 beam.
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