MUTi Thera is the world’s first semiconductor-based precision ultrasonic lifting system, engineered to deliver consistent, heat-free stimulation through smart multi-depth focusing technology.
Unlike conventional HIFU or RF devices, MUTi Thera ensures uniform and reproducible mechanical stimulation that can be safely applied to delicate areas such as the neck, jawline, and around the eyes — without pain or redness.
Semiconductor-Based Chip Innovation
At the core of MUTi Thera lies its proprietary MEMS pMUT (piezoelectric micromachined ultrasonic transducer) chip.
Each dual-chip module features an 8-channel annular array precisely focusing ultrasonic stimulation at 2.8, 3.8, 5.3, and 7.3 mm beneath the skin, producing acoustic pressures up to 1 MPa @ 6 mm (SPPA).
This breakthrough miniaturizes medical-grade beamforming technology into a compact handheld format, delivering stable and uniform mechanical stimulation that ensures safe & reproducible outcomes.
Clinical Results & Safety
- Preliminary studies by MUTi demonstrated 2x greater improvement at 4 weeks in elasticity, lifting, and neck-wrinkle reduction compared with control groups.
- No pain, redness, or thermal stress was observed — even on delicate areas such as the neck and around the eyes.
Dual-Chip Fascia Stimul. &
Planar Wave Synergy
The V-shaped dual-head integrates two ultrasonic chips with a low-frequency vibration motor. This combination generates a planar mechanical wave that propagates along fascia-fiber directions, delivering horizontal shear wave stimulation across broad facial regions. Unlike vertical thermal HIFU energy, this non-thermal planar motion enhances lifting and elasticity through gentle, evenly distributed micro-vibrations.
Smart Multi-Depth Focusing
Electronic beamforming dynamically distributes ultrasonic mechanical stimulation across multiple depths — targeting the epidermis, dermis, and fascia layers. Sequential focusing at 2.8, 3.8, 5.3, and 7.3 mm creates a balanced cumulative stimulation that enhances both surface firmness and deep-tissue lifting.