Sofwave™ employs ultrasound beams to create fractional heating within the tissue, accurately at a 1.5mm depth in the mid-dermal layer. Known as Sofwave Synchronous Ultrasound Parallel Beam Technology (SUPERB), this advanced approach is validated through rigorous Finite Element Numerical Analysis and real-time 3D simulations. This treatment consistently targets the 1.5mm mid-dermal centre, regardless of energy levels, ensuring preservation of structures like bones, facial nerves, facial fat, and blood vessels.

Uniform tissue effect is achieved by delivering ultrasound beams in parallel with a broad contact area, minimising sensitivity to tissue variations for consistent, controlled energy delivery.

Powered by a solid-state energiser module with seven robust ultrasound transducers, the technology operates without moving parts or optics. Supported by a direct contact ultrasound mechanism, it provides integrated cooling and real-time skin temperature monitoring, safeguarding the epidermis while achieving precise thermal effects.

Sofwave™ is versatile for all skin types due to ultrasound absorption determined by microscopic and mechanical properties, regardless of skin colour. Each pulse covers extensively, delivering a distinctive fractional impact on the mid-dermis.

Operating on a Smart Mode of Action called Volumetric Directional Thermal Impact (VDTI), Sofwave™ deploys high-frequency ultrasound beams, creating a 3D thermal zone array within the dermis. These cylindrical zones, interspersed with undamaged tissue, generate a fractional effect in the mid-dermis.

This controlled fractional ultrasound effect maintains 60-70°C temperatures, operating parallel to the skin’s surface at a 1.5mm depth. Stimulating an inflammatory wound-healing response involving neo-collagenases and neo-elastinogenesis, it effectively diminishes fine lines and wrinkles and tighten the loose skin.