Haifrax Dual CO2 ＋ ERBIUM GLASS LASER MACHINE
Ultra/Super Pulse CW Laser Type 10600nm＋1550nm CO2 and Erbium Glass Laser Combination
Wavelengths: 10,600 nm (CO₂) + 1,550 nm (Er:Glass)
Laser Type: UltraPulse, SuperPulse & CW (CO₂) / Pulsed (Er:Glass)
Power Output: 70W/100W CO₂ + 15W 1550nm
Pulse Duration: 0.1-10 ms (continuously adjustable)
Optical System: U.S. Coherent Laser Source + German Optics
Scan Area: Up to 20×20 mm
Treatment Modes: CO₂ Fractional / Er:Glass Fractional / Synchronized Dual-Wavelength
Synchronized Dual-Wavelength Synergy
CO₂ creates micro-channels while 1550nm energy penetrates deeper through them—delivering ablative precision plus volumetric dermal heating in one pass, something no single-wavelength laser can achieve.
0.1 ms UltraPulse + Deep Dermal Remodeling
CO₂'s ultra-short pulses ensure precise ablation with minimal thermal damage, while 1550nm stimulates neocollagenesis up to 1.5 mm deep—addressing both surface texture and structural support simultaneously.
Faster Recovery, Better Outcomes
Synchronized mode achieves superior results in fewer sessions by targeting multiple tissue layers at once. Patients experience enhanced efficacy without extended downtime.
U.S. Coherent Source + German Precision
Reliable CO₂ RF tube delivers >10⁹ shots with minimal decay, while precision optics ensure consistent beam quality across all treatment modes.
Overview
Synchronized emission combines the epidermal remodeling power of CO₂ with the deep dermal stimulation of 1550nm in a single pass, creating a unique “inside-out” rejuvenation effect.
Core Advantages
1. Synchronized Dual-Wavelength Emission
2. U.S. Coherent Laser Source
3. Independent or Combined Mode Flexibility
4. Full ODM/OEM Customization
Applications
Ablative Skin Resurfacing (10,600 nm)
Deep Dermal Remodeling (1,550 nm)
Full-Thickness Scar Revision (Synchronized)
Accelerated Skin Rejuvenation (Synchronized)
Minimally Invasive Tissue Tightening (Synchronized)
Combination Lesion & Texture Treatment (Synchronized)
Working Principle
In synchronized mode, CO₂ creates microscopic pathways that temporarily reduce epidermal impedance, allowing 1550nm energy to reach deeper with greater efficiency. The result: controlled surface ablation plus volumetric dermal heating in a single, synergistic pulse sequence.
0.1 ms UltraPulse ensures CO₂ ablation remains clean and precise; 1550nm’s gentle thermal profile maintains patient comfort. Together, they address skin from the outside in and inside out—simultaneously.
Clinical Support
Faster Results, Fewer Sessions
Proven Safety Profile
Versatility Without Compromise
All systems include validated treatment protocols and access to Haidari’s clinical support network.
