What is Ultralift HIFU?
Ultralift HIFU (High-Intensity Focused Ultrasound) is a non-surgical, skin-lifting and tightening treatment that uses focused ultrasound energy to target deep layers of the skin — including the SMAS layer, which is typically addressed only during surgical facelifts.
It works by delivering precise ultrasound energy at specific depths (1.5mm, 3.0mm, 4.5mm) to:
- Stimulate collagen and elastin production
- Tighten skin from deep within
- Provide a natural lifting effect with no downtime
Often referred to as a "non-surgical facelift", Ultralift HIFU is ideal for those looking for visible tightening without needles, incisions, or recovery time.
Key Features of Ultralift HIFU:
- Multi-Depth Targeting
Penetrates 1.5mm (epidermis), 3.0mm (dermis), and 4.5mm (SMAS/fascial layer)
Treats skin from the surface to deep foundation levels - Precision Energy Delivery
Focused ultrasound waves create thermal coagulation points that trigger neocollagenesis - Safe & FDA-Approved
Ultralift uses certified technology suitable for medical aesthetic use - Real-Time Imaging (in advanced systems)
Allows accurate targeting of energy for maximum safety and efficiency - Painless, No Downtime
Only mild warmth or tingling during treatment; no redness, peeling, or downtime
Additional Benefits of Ultralift HIFU:
- Lifts Sagging Skin
Targets jawline, cheeks, neck, and forehead for a firmer contour. - Reduces Double Chin & Jowls
Helps define jawline by tightening loose skin under the chin. - Smooths Fine Lines & Wrinkles
Especially effective on crow’s feet, nasolabial folds, and frown lines. - Improves Skin Elasticity
Enhances tone and firmness of the skin over time. - Long-Lasting Results (Up to 12–18 Months)
Collagen regeneration continues for weeks after the treatment. - Non-Invasive & Needle-Free
Great for clients wanting lift without injectables or surgery. - Suitable for All Skin Types
Safe across Fitzpatrick I–VI tones, with no risk of pigmentation. - Quick & Convenient
30–60 minute sessions with no aftercare restrictions.