HELIX: the most advanced solution for skin resurfacing, combining two complementary wavelengths: Ablative CO₂ (10,600 nm) and Non-Ablative Laser (1570 nm). This system delivers fractional ablative and non-ablative treatments, used individually or synergistically, for superior results with reduced downtime.
Thanks to its unique versatility, HELIX treats multiple areas and adapts to various skin types, including darker phototypes. The combination of the two wavelengths, delivered in sequential or alternating modes, enables fully customized protocols, optimizing both efficacy and safety.
HELIX’s technological core integrates exclusive features:
- PSD® (Pulse Shape Design) for complete control of CO₂ pulse duration, energy, and shape. With SP (SmartPulse), DP (DEKAPulse), and HP (HighPulse) modes, practitioners can modulate vaporization depth and thermal effect in both freehand and fractional scanning, tailoring ablation and stimulation to each clinical need.
- SMARTSTACK with five adjustable levels for precise control of vaporization depth progressively enhancing tissue shrinkage while minimizing recovery time.
- Scattered Mode ensures uniform scanning with gradual edge fading to prevent DOT overlap, improving texture homogeneity. The SmartTrack algorithm optimizes scanning patterns, reducing localized temperature peaks.
- Low-density fractional emission to accelerate healing.
The ablative CO₂ laser provides deep, controlled action, while the 1570 nm non-ablative laser delivers thermal energy without epidermal vaporization, stimulating collagen and improving texture with less invasiveness. The result? Natural, long-lasting rejuvenation.
HELIX guarantees comfort and safety: integrated cooling system, smoke evacuation channel, and handpieces with dedicated airflow to protect optics. No consumables, reduced operating costs, and a wide range of accessories – including MATRIX DOT, SCAR 3 PRO for minimizing pigmentation risks, and DERMASCAN for fast, three-dimensional ablations – make HELIX a strategic choice for professionals.




