Fraxis Duo combines two advanced technologies - fractional CO2 laser resurfacing and microneedle fractional radiofrequency (RF) - in a single platform. It is specifically designed to support optimal outcomes in both medical (dermatologic) and aesthetic treatments, depending on the patient's skin condition and treatment goals.
Having both systems in one device offers an important advantage: it allows multiple indications to be addressed under a single treatment concept, while also improving clinical efficiency. From a patient perspective, this may provide a more cost-effective approach compared to procedures that require two separate technologies in different sessions.
Fraxis Duo can be considered by patients seeking skin rejuvenation, texture refinement, scar improvement, and skin tightening, particularly when treatment needs involve different layers of the skin.
Fraxis Duo features two different CO2 laser handpieces suitable for dermatologic and dermatologic surgical interventions. With these applicators, it is possible to reach superficial, mid, or deeper skin layers, depending on clinical assessment.
This flexibility makes Fraxis CO2 laser a practical option for:
It may also be used in certain cases for minor dermal excisions and procedures aiming to improve the appearance of scar tissue (scar revision), when deemed appropriate by the physician.
Note: The treatment plan (depth, intensity, number of sessions) is personalized. Suitability should always be determined after clinical examination.
Fraxis Duo also integrates microneedle fractional RF, commonly referred to as "gold needle RF", due to its gold-coated microneedles that support conductivity and skin compatibility.
The RF handpiece typically includes:
This technology may be preferred for concerns such as:
By promoting collagen remodeling and improving skin structure, microneedle RF can support an overall firmer, smoother, and healthier-looking skin appearance.
Depending on clinical suitability, Fraxis Duo (CO2 laser + microneedle RF) may support treatment plans targeting: