Impact of a High-Intensity Dynamic Micro-Massage (HIDM) Device on Facial Skin Elasticity, Skin Density, Glow, and Hydration: A Prospective Study

Background: The increasing desire to slow skin aging, characterized by dryness, decreased elasticity, and wrinkling, has led to a surge in noninvasive cosmetic treatments. High-intensity focused ultrasound (HIFU) devices have emerged as leading options for improving skin elasticity, whereas intradermal microwave (IDM) is known for its ability to minimize post-procedure side effects, such as ecchymosis and perioral edema. However, no studies have investigated the impact of both HIFU and IDM on facial skin elasticity, density, glow, and hydration. Purpose: We evaluated the efficacy of a high-intensity dynamic micro-massage (HIDM), a device integrating features of HIFU and IDM, on facial skin elasticity, density, glow, and hydration. Study design: A prospective, observational study Methods: In total, 21 healthy women were included in the study. Each participant underwent a 10 min treatment session on the facial area using the HIDM device. To assess treatment efficacy, we measured skin elasticity using a Ballistometer, skin glow using a gloss meter, skin moisture using the Epsilon E100, skin density using the DUB-Skin Scanner, and moisturization using the Moisture Meter-D Compact. Paired t-tests were employed to compare pre- and post-treatment measurements of facial skin elasticity, density, glow, and hydration following HIDM ultrasound intervention. Results: Post-interventional ultrasound measurements revealed significant improvements in all outcome variables, including facial skin elasticity (p<0.001), density (p<0.001), glow (p<0.001), and hydration (p<0.001). Conclusions: HIDM is a safe, noninvasive, and effective approach for enhancing facial skin elasticity, density, glow, and hydration in healthy women.