MPFU Dual-Path Ultrasonic System for Multi-Layer Aesthetic Applications

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The TAIET system employs MPFU ultra-fine pulse ultrasonic technology with a distinctive two-way instantaneous energy switch between lateral linear acoustic pulse and ring acoustic wave output. This dual-path architecture enables practitioners to address skin layer through superficial fascia layer, fat layer, and muscle layer using point, line and surface combination modes from a single platform. The flat hand piece delivers structured coverage while the ring hand piece supports continuous operation for broader treatment fields. Both pathways share the same probe interface with mode-switching capability, allowing seamless transitions during sessions without hardware changes. TCP thermal condensation point technology operates in normal mode and micropulse mode to support collagen formation processes. The system includes dedicated facial probes for epidermal tone, wrinkle reduction, dermal compactness, and SMAS fascial layer tightening, plus body probes at specified frequencies for extended treatment applications. A specialized eye-area probe utilizing ultra-thin patented technology addresses periorbital concerns with targeted frequency output. The MPFU mechanical effect, thermal effect, and cavitation work in combination to transfer energy to target tissue layers while the micropulse mode achieves precise thermal freezing point superposition for distributed energy delivery across treatment regions.