Textile ECG
Cardiac (ECG) sensing from dry, knitted electrodes — no gel or adhesive.
- Form factors
- Chest / torso garment · Waist band · Pediatric garment
- Availability
- Available for partner development
- Evidence
- Research-supported
Textile capabilities
What each one senses or delivers, how it’s configured, and where it stands today.
The capabilities
Textile EMG
Muscle-activation (EMG) sensing from dry, knitted electrodes.
- Form factors
- Forearm sleeve (14-electrode) · Material-screened constructions
- Availability
- Available for partner development
- Evidence
- Research-supported
Textile EEG
Brain-signal (EEG) sensing from seamless-knit fabric electrodes.
- Form factors
- Seamless-knit forehead headband
- Availability
- In development
- Evidence
- Preliminary research
Pressure mapping
Distributed pressure and force sensing from knitted capacitive textiles.
- Form factors
- Body-worn / insole · Seating & occupant panel · Mat / surface
- Availability
- Available for partner development
- Evidence
- Internally characterized · demonstrated
Neurostimulation
Electrical stimulation (FES and NMES) delivered through knitted electrodes.
- Form factors
- Textile stimulation electrodes · Rehabilitation garment · Closed-loop stimulation system
- Availability
- Available for partner development
- Evidence
- Research-supported
Thermal regulation
Textile heating with closed-loop temperature control, from knitted heating elements.
- Form factors
- Garment heating zones · Bedding / sleep micro-climate · Automotive cabin panel
- Availability
- Available for partner development
- Evidence
- Internally characterized · demonstrated
More capabilities are in development, including bioimpedance (BIS) for fluid and hydration tracking.
Develop a connected textile product
Bring the function you need. Development happens through Textile Computing™, supported by Advanced Materials, Analytical Testing, and Scale-Up & Manufacturing.