10600nm fractional CO₂ laser technology
3D dot matrix for precise beam delivery
Treats scars, wrinkles, pigmentation, and loose skin
Desktop and vertical configurations
Korean light guide arm & German Galvo system
50–80μm focal spot with deep penetration
Short 5–7 day recovery time
Year-round treatment suitability
The Fractional CO₂ Laser (10600nm) is a minimally invasive treatment device that uses 3D dot matrix technology to create precise microscopic thermal zones (MTZ) in the skin. These controlled micro-injuries stimulate collagen regeneration and reorganization, repairing damaged tissue, improving skin texture, and reducing wrinkles, scars, and pigmentation. Available in both desktop and vertical models to suit different clinical needs.
Fractional laser technology delivers high-precision beams (50–80μm) that penetrate the epidermis into the deep dermis, forming thermal exfoliation, thermal coagulation, and thermal effect zones. This triggers tissue repair, fibroblast activity, and the synthesis of new collagen fibers. The surrounding intact skin accelerates healing, resulting in shorter recovery time and effective results.
Skin rejuvenation: uneven tone, large pores, rough skin
Skin tightening: sagging, wrinkles, stretch marks, improved elasticity
Scar treatment: atrophic scars, trauma scars
Depigmentation: removal of superficial pigment
Tattoo removal (with super picosecond laser for enhanced effect)
Collagen remodeling: acne pits and acne marks
3D dot matrix technology for precise, uniform beam distribution
50–80μm focal spot diameter with deep skin penetration
Korean light guide arm for flexible operation
German Galvo scanning system for balanced energy delivery
Adjustable parameters for accurate temperature and depth control
Desktop and vertical models available to meet space and usage requirements
Rapid recovery: 5–7 days downtime for CO₂ fractional treatment
Significant results from first session; 4–5 sessions recommended for best outcome
Suitable for year-round treatment
Enhances skin permeability for combined treatments (e.g., tattoo removal with picosecond laser)
(Note: Specifications vary between desktop and vertical models)
Wavelength: 10600nm CO₂ laser
Focal spot: 50–80μm
Technology: 3D dot matrix, Galvo scanning
Modes: Fractional, continuous, pulsed
Applications: Resurfacing, rejuvenation, scar revision, pigmentation removal
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