Objectives: To underscore the critical role of the 1.5mm transducer depth (TD) in High-Intensity Focused Ultrasound (HIFU) for achieving significant skin quality enhancement, distinct from conventional deeper treatments focused on laxity. To introduce and detail the specific clinical protocol employing the 1.5mm TD HIFU for superficial dermal rejuvenation. To share practical techniques and considerations for optimizing clinical outcomes in skin texture, pore refinement, pigmentation and fine lines using this modality.

Introduction: While the 3.0mm and 4.5mm transducers are commonly utilized in HIFU treatments for addressing tissue laxity via deeper thermal coagulation points, improvement of intrinsic skin quality necessitates specific targeting of the superficial dermis. Consequently, utilization of the 1.5mm TD is fundamentally important for this objective. This presentation will concentrate on the strategic application of the 1.5mm TD, maximizing overall skin quality enhancement.

Materials / method: This presentation focus on the application of 1.5mm TD HIFU for skin quality improvement. Key components of the protocol include specific patient selection criteria pertinent to superficial concerns, tailored treatment parameters optimized for the superficial dermis, and integration strategies within broader treatment plans.

Results: Application of the 1.5mm TD HIFU consistently yields discernible improvements in quantitative and qualitative parameters of skin quality. Observed outcomes typically include enhanced skin texture uniformity, reduction in apparent pore size, and amelioration of pigmentation. Representative clinical cases, including photographic documentation, will be presented to illustrate the tangible results achieved through this focused 1.5mm TD protocol.

Conclusion: Strategic targeting of the superficial dermis with the 1.5mm transducer depth is crucial when the primary therapeutic goal of HIFU is substantial improvement in intrinsic skin quality.

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Objectives: HIFU is generally associated with intense pain with some patients not ready to go for the procedure. Also the conventional HIFU uses cartridges with a fixed and limited life span.

We present this new technology in HIFU which is painless and also has an unlimited life span of the hand piece

Objectives: This study investigates the potential synergistic effects of HIFU combined with lyophilized platelet injections by conducting a split-face comparison to objectively measure improvements in skin quality, elasticity, and volume restoration. The addition of lyophilized platelet injections enhances the collagen-stimulating effects of HIFU, accelerating and amplifying skin regeneration and tightening. This split-face study supports the potential role of regenerative biostimulatory agents in improving the outcomes of energy-based devices.