The iLooda Fraxis Duo is an advanced aesthetic workstation that synergistically combines two powerful technologies: a fractional CO₂ laser and micro-needle fractional radiofrequency (RF). This dual-modality system is engineered to deliver comprehensive skin rejuvenation and resurfacing treatments, effectively addressing a wide range of dermatological and cosmetic concerns.
Dual Technology Integration: Merges fractional CO₂ laser with micro-needle RF to provide both superficial and deep tissue treatments, enhancing overall skin texture and tone.
Versatile Treatment Applications: Capable of treating various conditions, including:
Wrinkles and fine lines
Acne scars and surgical scars
Stretch marks (striae distensae)
Hyperpigmentation
Enlarged pores
Skin laxity and uneven texture
Customizable Treatment Modes: Offers multiple energy settings and modes, allowing practitioners to tailor treatments based on individual patient needs and skin types.
Enhanced Safety Profile: Designed to minimize side effects by delivering controlled energy to targeted skin layers without damaging surrounding tissues.
CO₂ Laser Output Power: Up to 30W
Fractional Pulse Energy: Maximum of 150 mJ
Spot Size: Adjustable between 100–200 µm
Scan Area: Up to 20 x 20 mm
Pulse Duration: Ranging from 20 to 5,000 µs
Repetition Rate: Up to 1,000 Hz
Treatment Time: Typically between 10–15 minutes per session
Fraxis Duo Main Console
CO₂ Laser Scanner Handpiece with Standoff Tip
RF Microneedling Handpiece
Foot Switch
Interlock System
180-Day Warranty
Comprehensive Skin Rejuvenation: Combines the resurfacing benefits of CO₂ laser with the collagen-stimulating effects of RF microneedling for enhanced treatment outcomes.
Minimal Downtime: Patients experience shorter recovery periods compared to traditional invasive procedures.
Broad Patient Applicability: Suitable for various skin types and conditions, allowing for a wider patient demographic.
Upgradeable Platform: Optional surgical and gynecological applicators expand the system's versatility for additional clinical indications.