Ultrasonic Hygiene Suite › UST Platform › Acoustic System
UST Acoustic Architecture • Phase 3
Product-specific physics, shared control doctrine
UST does not assume one universal transducer. The baseline architecture uses specialized families with standardized interfaces and a common feedback/control backbone.
| Family | Current study range | Primary domain | Public design intent |
|---|---|---|---|
| TX-W / STW | ~20–40 kHz baseline | Textile cleaning | Controlled cavitation / streaming with fabric-protection logic. |
| TX-K / STK | ~25–50 kHz baseline | Dish / rigid-load cleaning | Liquid-coupled cleaning with reflection/hotspot management. |
| TX-S / STS | ~40–120 kHz study range | Human-facing hygiene | Gentle surface interaction; aggressive industrial cavitation is not the design intent. |
| TX-D / STD | ~60–150 kHz baseline | Moisture extraction / drying assist | Moisture mobilization with airflow and thermal coordination. |
Control Doctrine
Measure → adapt → verify
1Characterize
Identify load, medium and operating state.
2Excite
Apply bounded frequency, amplitude, phase and duty.
3Measure
Read acoustic, impedance, thermal and environmental feedback.
4Correct
Shift frequency, rebalance zones, derate or time-multiplex.
5Verify
Confirm output stays inside the permitted envelope.
Study values, not released specifications
Final frequency bands, acoustic power, exposure limits, emitter geometry and driver settings require product-specific validation.