Ultrasonic
Hygiene Suite
A family of low-water cleaning and hygiene products that share a common engineering platform for acoustic control, sensing, fluid management, safety and serviceability.
One technology platform, five product branches
Each product gets its own engineering prefix and model family while inheriting common UST electrical, control, sensor, materials, filtration, safety and documentation standards.

Sonic Shower
Low-water personal hygiene with controlled mist, bounded acoustic surface interaction, directed extraction and adaptive comfort.
Explore family →
Sonic Bath / Assisted-Care System
Supported hygiene for elderly and mobility-limited users with transfer assistance, low-water care modes and caregiver controls.
Explore family →
Sonic Textile Washer
Adaptive low-water textile cleaning using acoustic energy, load mapping, limited fluid coupling and fabric-protection logic.
Explore family →
Sonic Textile Dryer
Controlled drum motion, airflow and moisture-management research for low-temperature textile care.
Explore family →
Sonic Kitchen / Dishwasher
Rigid-load cleaning with controlled liquid-coupled acoustics, filtration, load-specific modes and forced-air finishing.
Explore family →A unified architecture behind every system
Functional architecture without public-IP disclosure
Precision waveforms and mode management deliver controlled cleaning behavior while avoiding publication of exact array geometry or drive parameters.
See how it works →Layered sensing, deterministic interlocks and diagnostics define safe operating states for people, loads, fluids, airflow and service modes.
See how it works →Reservoirs, mist delivery, airflow, demisters, condensate handling and debris capture form a controlled transport and recovery system.
See how it works →Common engineering backbone
Ultrasonic Hygiene Suite™
A shared low-water acoustic platform supporting Sonic Shower™, Sonic Bath / Assisted-Care System™, Sonic Textile Washer™, Sonic Textile Dryer™, and Sonic Kitchen / Dishwasher™ product families.
Hygiene, textile care, and dishwashing depend heavily on water, heat, chemicals, labor, and appliance architectures that have changed slowly.
A common UST engineering backbone with product-specific acoustic modes, sensing, fluid handling, airflow, controls, safety, and service architecture.
Residential, assisted care, hospitality, healthcare, institutional, and selected commercial appliance markets.
Technology and field-of-use licensing, OEM manufacturing partnerships, appliance families, serviceable modules, and qualified consumable ecosystems.
One programmable acoustic platform can support multiple product categories while keeping common electrical, sensing, control, documentation, and component standards.
Human-safe acoustic validation, cleaning efficacy, materials durability, fluid/air systems, prototype hardware, and product-specific certification pathways.




