Overview

This fractional CO₂ laser is engineered for deep skin resurfacing and scar repair in professional settings. Ultra-short, micro-ablative beams create controlled columns of thermal injury that trigger neocollagenesis and tissue remodeling. It is widely used for acne scars, traumatic or surgical scars, stretch marks, photoaging texture and fine lines, delivering predictable, clinic-grade outcomes with adjustable parameters and stable output.

Key Technologies

RF-excited CO₂, 10,600 nm: Metal-RF tube provides stable energy with fractional, pulse/ultra-pulse and continuous modes for precise ablation and coagulation.

Fractional scanning system: Multiple scan shapes (circle, rectangle, triangle, hexagon, etc.), adjustable dot spacing (~0.2–2.6 mm) and pulse width (0.1–10 ms) to tune density and depth; max scan area up to ~20×20 mm.

Ergonomic delivery: 7-joint articulated arm, scanning and surgical handpieces, aiming beam (~638–650 nm) and air-assist to protect optics and improve visibility.

Ultrapulse advantage: High peak power with shorter thermal diffusion minimizes collateral damage versus traditional glass-tube CO₂ designs; robust, low-maintenance architecture validated for safety (incl. CE).

Features & Benefits

Faster recovery, less downtime: Fractional micro-thermal zones speed re-epithelialization while maintaining efficacy.

Customizable results: Independent control of energy, density, pattern and dwell time fits different scar severities and skin areas.

Dual-purpose workflow: Swap from fractional resurfacing to precise cutting/coagulation for benign lesions with the surgical tip.

Clinic efficiency: Touchscreen presets and repeatable scanning improve throughput; air cooling and safety interlocks support reliable daily use.

Applications (Aesthetic & Dermatology Clinics)

Acne-scar revision (rolling/boxcar/ice-pick) and texture smoothing

Traumatic & surgical scar remodeling; striae (stretch marks)

Fractional resurfacing for wrinkles, photoaging, dyschromia

Benign lesion vaporization/cutting and hemostasis when indicated

Why Choose This System

Built on RF-excited fractional CO₂ with ultrapulse capability, the platform pairs high peak power and fine parameter control with practical clinic hardware. Compared with legacy glass-tube CO₂, it offers tighter beam divergence, more predictable scanning and simpler upkeep—delivering consistent outcomes, shorter treatment courses and strong ROI for dermatology practices and medical spas.