Ultrasonic Hygiene Suite › Sonic Textile Dryer

Overview Models How It Works Engineering Controls & Safety

STD • 60–150 kHz current UST baseline; alternate mechanisms under studyNo human or animal occupancy during operationService / calibration / future quantum-sensor modes: empty-only

STD • Moisture Extraction / Textile Care

Sonic Textile Dryer

A textile-drying research platform combining acoustic moisture mobilization, controlled drum motion, airflow extraction, mist separation, condensate handling and low-temperature finishing.

Concept Development3D CAD ReadyShared UST CoreSafety-Bounded

Model Gallery How It Works Engineering Controls & Safety

STD Model Gallery

Different configurations for different markets

These renderings are design studies rather than frozen production SKUs. Final dimensions, controls, finishes and component packaging will be established in 3D CAD and prototype testing.

Sonic Textile Dryer utility-room concept — Utility-room integration

Sonic Textile Dryer alternate exterior concept — Alternate exterior concept

Current Concept Specifications

Design-study envelope

Acoustic Study Range60–150 kHz current UST dryer baseline; alternate higher-frequency mechanisms under research

Coupling MediumAir / damp-fiber interaction + extracted moisture

Occupancy RuleNever operate with a person or animal inside

Water / Fluid InterfaceNo cleaning-water fill; condensate recovery / drain path

ElectricalCommon UST electrical architecture; blower + acoustic driver TBD

Frequency values shown here are current UST concept-study ranges from the program architecture, not released product specifications or human exposure limits.

Operating Experience

Selectable modes

Gentle

Lower mechanical/acoustic stress for sensitive fabrics.

Normal

Balanced moisture removal and airflow.

Rapid

Higher extraction rate within thermal and textile limits.

Low-Heat

Minimize thermal assist.

Air Only

Conventional airflow finishing / serviceable fallback.

Adaptive Moisture

Humidity and fabric response drive the end point.

Control Interface

Ten control / status functions to define

The final interface may use physical buttons, sealed switches, touch controls, indicators or a combination. The website shows functions, not a frozen hardware layout.

Power / standbyFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Fabric / mode selectionFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Target drynessFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Estimated timeFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Acoustic assist statusFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Humidity / moisture statusFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Blower / airflow statusFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Door / occupancy interlockFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Pause / emergency stopFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Complete / filter / condensate / fault indicationFinal label, icon, hardware and control behavior remain subject to HMI engineering.

Public-Safe Architecture

How the system works without exposing proprietary geometry

Open How-It-Works

Sense

Measure load, moisture and mechanical state.

Mobilize

Use validated acoustic mechanism to release moisture.

Separate

Route mist-laden air through demister / separator concept.

Extract

Centrifugal blower moves air through controlled pressure path.

Finish

End on moisture target; drain/recover condensate and cool load.

Safety Architecture

Interlocks, warnings and safe-state behavior

Occupancy prohibition

No person or animal may enter or remain inside; start is occupancy-inhibited.

Door / motion interlock

Door state inhibits drum motion, blower test and acoustic drive as appropriate.

Moisture separator protection

Liquid must be removed before sensitive blower/electronics zones.

Condensate fault detection

High liquid level or blocked drain pauses the process.

Airflow verification

Acoustic assist cannot continue if required extraction airflow is lost.

Thermal limits

Fabric, transducer, driver and blower temperatures are monitored.

Impedance / acoustic fault

Unexpected loading causes immediate derating or shutdown.

Lint / debris monitoring

Filter restriction and service condition are tracked.

Service calibration empty-only

Engineering modes require empty chamber and maintenance state.