We want to tell you all about fractional RF Skin Resurfacing (Called FSR) — it’s one of the best treatments for acne scars.
The EndyMed PRO™ Fractional Skin Resurfacing (FSR) provides a unique three-dimensional skin resurfacing treatment for skin rejuvenation and treatment of scars. It combines micro-fractional RF skin ablation with volumetric dermal anti-wrinkle effects (In a single pulse). The treatment procedure is minimally invasive and patients report minimal pain and short downtime. FSR treatment results in brighter skin, reduction of epidermal hyperpigmentation, improvement of skin texture, smoothing of wrinkles and treatment of acne scars.
Why use 3DEEP FSR multilayer therapy?
The upper skin layers (Stratum corneum and epidermis) are best treated with fractional ablation, which allows removal of damaged skin cells to reduce of skin roughness and hyperpigmentation. Fractional ablation also allows minimal downtime. The dermis, however, is best treated with non-ablative, deep dermal heating, which leads to collagen remodeling, while reducing scars and wrinkles.
EndyMed PRO FSR's single, 3DEEP pulse simultaneously performs micro fractional ablation of the epidermis and provides deep volumetric, non-ablative dermal heating. Furthermore, skin aging manifests differently in the numerous layers of the skin — each layer requires a different treatment approach to achieve the most effective results. With previous modalities, achieving effective skin rejuvenation throughout the different layers required a combination of different modalities, resulting in extended treatment time, high cost and different levels of pain and discomfort.
Specifically, EndyMed PRO FSR’s novel 3DEEP technology maximizes the interaction of multiple RF sources for controlled delivery of energy to the stratum corneum, epidermis and dermis. At the same time, tiny (300 microns) electrodes deliver just enough energy to achieve the desired degree of ablation. The unique 3DEEP FSR Handpiece treatment array is composed of more than 100 electrodes, which creates a micro fractional mesh of ablation dots for minimal downtime.