TECHNOLOGY

Sofwave™ reveals refreshed, smoother skin in a single treatment session.

The Sofwave™ ultrasound beams propagate the tissue and create a fractional heating effect at the optimal depth of 1.5mm in the mid-dermis.

The Science

Sofwave Synchronous Ultrasound Parallel Beam Technology SUPERB. Finite Element Numerical Analysis of Sofwave Device compared to Real Life. Realtime 3D simulation of energy.

Sofwave™ Technology

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Treatment depth center of 1.5mm

Independent of energy level, targeting the effect in the mid-dermis and ensuring no damage to the underlying structures: bones, facial nerves, facial fat, and blood vessels.

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Uniform effect in the tissue

Parallel delivery of ultrasound beams and large contact area allow for low sensitivity to tissue inhomogeneity, ensuring repeatable and controllable energy deposition in the skin.

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Solid state energizer module

Seven robust and stable ultrasound transducers with no moving parts and no optics.

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Direct contact ultrasound technology

Enabling integrated cooling and a real-time skin temperature monitoring mechanism for epidermal protection and accurate targeting of the thermal effect.

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Treatment of all skin types

Ultrasound absorption is determined by the microscopic and bulk mechanical properties and is independent of skin color or pigmentation. 

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Coverage

Large coverage with each pulse and unique fractional impact to mid-dermis.

how does Softwave therapy work?

Sofwave™ Facial and Neck Treatment Demonstration and Principles

Non-Invasive Treatment for fine lines and wrinkles of the face

White Papers

A noval approach to treating fine lines and wrinkles of the face usimg Synchronous Ultrasound Parallel Beam Technology, SUPERB

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Energy-based treatment for aging skin: 2020 update

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The use of ultrasound in aesthetics: review and update

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The use of ultrasound in aesthetics: review and update

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Smart Mode of Action. Volumetric Directional Thermal Impact (VDTI)

The high-frequency ultrasound beams propagate through the tissue and create an array of volumetric cylindrical-shaped 3D thermal zones in the dermis separated by regions of undamaged tissue, thereby creating a fractional effect in the mid dermis. 

The fractional ultrasound effect creates a controlled and directional thermal impact (60-70°C) parallel to the skin, at a depth of 1.5mm in the mid-dermis. The targeted treatment zones stimulate an inflammatory wound-healing response involving neo-collagenases and neo-elastinogenesis, all of which reduce fine lines and wrinkles. 

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