Ultherapy® Procedure Overview
During Ultherapy®, micro-focused ultrasound is delivered in a series of lines at 3 discrete tissue depths, including the skin’s foundational layer (SMAS / Platysma) at 4.5mm deep. Each line contains 12-23 Thermal Coagulation Points (TCP’s), spaced approximately 1mm apart to promote healing. A TCP is formed when ultrasound energy is focused to a point below the skin’s surface, concentrating 95% of the delivered energy to an area approximately 1mm3. Tissue at the focal point is heated to ~65°C, causing immediate collagen contraction and initiating aggressive collagen synthesis, while intervening tissue, including the skin’s surface, is unaffected.
Clinical Studies on Ultherapy®
Clinical studies have demonstrated that one Ultherapy® treatment can produce a significant lift without patient downtime. A study published in the AAD Journal in 2010 (1) reported that 90 days after treatment, 89% of subjects had a clinically significant brow lift of 1.9mm on average. Other studies have demonstrated the scientific foundation and safety of micro-focused ultrasound with visualization as a treatment modality. Ulthera is currently investing in over 25 new studies to evaluate all aspects of treatment, including new indications for off-face and medical applications.
—Daniel Barolet, M.D.,
Dermatologist
—Andrew C. Campbell, M.D.,
Facial Plastic Surgeon
—Gordon Sasaki, M.D.,
Plastic Surgeon
—Richard Asarch, M.D.,
Dermatologist
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Ultrasound tightening of facial neck skin: a rater-blinded prospective cohort study.
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Clinical pilot study of intense ultrasound therapy to deep dermal facial skin and subcutaneous tissues.
DOWNLOAD PDF - Intense focused ultrasound: evaluation of a new treatment modality for precise microco-agulation within the skin. DOWNLOAD PDF
- Selective creation of thermal injury zones in the superficial musculoaponeurotic system using intense ultrasound therapy: a new target for noninvasive facial rejuvenation. DOWNLOAD PDF
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Selective transcutaneous delivery of energy to porcine soft tissues using Intense Ultrasound.
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