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
MyantX develops custom wearable and textile sensing systems. Here is 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.