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References

1/2 - J.Fares. A prospective study of evaluation of the results achieved with the application of PERFECTHA^® Subskin, a new gel of hyaluronic acid non animal origin for malar and mental enhancement.

3 - Park KY1, Kim HK, Kim BJ. Comparative study of hyaluronic acid fillers by in vitro and in vivo testing. J Eur Acad Dermatol Venereol. 2014 May;28(5):565-8.

Cell toxicity was tested on fibroblast cell line. Cell viability was assessed neat and in 1/2 and 1/4 dilutions using 0.2g/ml HA filler.

4 - Koenig B., Analysis of IL-8 inducing potential from human effector cells. Evaluation of inflammatory potential of Perfectha product line by measurement of IL-8 release from adherent macrophages.

Study Report, MMD, August 2020.

5 - Post Market Data from July 2012 to August 2020.

6 - Talarico S. et al. Evaluation of the safety and efficacy of a new filler with hyaluronic acid for the treatment of nasolabial folds and lip contour; Surg. Cosmet. Dermatol.2010;2(2):83-6.

7 - Park KY1, Kim HK, Kim BJ. Comparative study of hyaluronic acid fillers by in vitro and in vivo testing. J Eur Acad Dermatol Venereol. 2014 May;28(5):565-8.

8 - Da Costa et al. Durability of Three Different Types of Hyaluronic Acid Fillers in Skin: Are There Differences Among Biphasic, Monophasic Monodensified, and Monophasic Polydensified Products?; Aesthet. Surg. J. 2016, 1-9.

9 - Internal data - Evaluation and comparison study of the G’ rheological properties of PERFECTHA^® with the main competitors HA-based dermal fillers. This study was conducted internally on a TA Instruments DHR-2 rheometer with a 25mm parallel-plate geometry.Frequency sweep tests were performed on samples between 0.1 and 100 rad/s at a 1% strain in order to match the gels Newtonian Plateau and using plate-plate geometry.

10 - Internal Data: Material: Brookfield Texturometer CT3-4500 with a TA51 probe. Extrusion speed: 12mm/s over distance of 15mm.

INDICATION: V-SERIES

Local laws vary regarding the delegation of Radiofrequency (RF), Fractional RF, IPL and long pulse 1064 nm Nd: YAG laser treatments to non-physicians and change over time. Please consult your local regulations.

Like all medical procedures, not all patients are suitable for V-SERIES treatments. The V-SERIES platforms (V10, V20 and V30) are multi-application devices, designed for aesthetic and dermatological procedures. Their clinical performance and safety are related to the handpiece and its technology. The V-SERIES handpieces include V-FC, V-FORM, V-ST, V-FR, V-VR, V-IPL and V-Nd: YAG.

The V-FORM and V-FC handpieces stimulate bi-polar RF energy and negative pressure (vacuum suction). The mechanical action of the vacuum stimulates the skin to increase blood microcirculation and lymphatic drainage while facilitating deeper penetration of RF heat to the dermis and hypodermis. The RF electrical current generates heat in the skin through resistance in the dermis and subcutaneous layers. This volumetric heating of the skin also increases blood microcirculation leading to enhanced natural lipolysis and therefore circumferential reduction.

The V-ST handpiece’s RF electrical current generates heat in the skin through resistance in the dermis and subcutaneous layers. Volumetric heating of the skin increases blood microcirculation, leading to collagen remodelling and skin tightening.

The V-VR Handpiece’s electrical current generates heat in the skin through resistance in the vaginal wall. Volumetric heating of the skin increases blood microcirculation leading to collagen remodelling, resulting vaginal laxity improvement.

The V-FR handpiece stimulatingly delves fractional bi-polar RF energy, contact cooling and negative pressure. RF heating increases the skin temperature to produce pin-point superficial ablation and dermal coagulation, leading to skin resurfacing.

The V-IPL handpiece emits a spectrum of light from a variety of “cut-off” filters (ranging from 415 nm up to 755 nm). The light absorbed by the skin’s target chromophores (light-sensitive molecules: water, melanin, hemoglobin, porphyrin) reacts to the light according to the principle of selective photo-thermolysis, leading to the temperature rise of the selected chromophore and its consequential destruction.

The V-Nd: YAG handpiece delivers light energy at 1064 nm and the skin’s target chromophores (light-sensitive molecules: water, melanin, hemoglobin) react to the light according to the principle of selective photo-thermolysis, leading to the temperature rise of the selected chromophore and its consequential destruction.

The treating practitioners and patients should discuss the V-SERIES procedure and review the risks and benefits of this procedure. Please review more detailed information regarding V-SERIES safety and indications.