Inventor of the conductive transfer process for stretchable printed electronics. Acquired by Interlink Electronics in 2024.
Interlink Technology Platform
Printed Stretchable Electronics
Home of the conductive transfer process: patented printed stretchable electronics for smart textiles, wearable medical devices, and automotive interiors.
Location
Barnsley, South Yorkshire, UK
11,000 sq ft facility near Sheffield
Recognition
Medilink UK National Healthcare Innovation Award 2024
Printed Electronics Product Families
Browse Interlink's product portfolio for smart textiles and printed stretchable electronics. These programs are specification-led and routed through the product team for technical review, prototyping, and commercial follow-up.
Printed textile heaters
ElastaTherm
Screen-printed heating elements integrated directly into fabric substrates. Positive temperature coefficient (PTC) inks self-regulate temperature for safety and efficiency, with rapid heat-up and thicknesses as low as 0.1 mm.
- Printed heating elements integrated directly onto textile substrates
- PTC ink approach helps self-regulate temperature for safer operation
- Low-profile construction suitable for comfort-critical products
Printed circuits for smart textiles
ElastaTrode
Printed circuit technology for smart textiles and medical garments, with FDA and CE-approved use cases in wearable therapeutic and sensing programs.
- Printed textile circuits designed for wearable and garment-based assemblies
- Used in FDA and CE-approved medical garment applications
- Supports smart textile sensing and stimulation workflows
Printed textile sensors
ElastaSens
A family of printed sensors including capacitive, touch, stretch, and pressure sensing elements designed for integration into fabric. Enables intelligent garments that respond to body position and movement.
- Printed sensing structures for textile-based products
- Supports pressure, touch, stretch, and capacitive detection
- Designed for garments and body-near monitoring systems
Printed moisture sensors
ElastaMoist
Advanced moisture-sensing technology for femtech, health monitoring, and medical smart-garment applications.
- Printed moisture sensing for smart garments and textile systems
- Custom-designed sensor layouts for each application
- Supports femtech, health, and medical monitoring workflows
Medical functional electrical stimulation
FES Electrodes
Stretchable printed electrodes for Functional Electrical Stimulation (FES) applications, supporting neuromuscular rehabilitation for stroke patients. Circuits are thin, light, comfortable, and clinically effective.
- Stretchable printed electrodes for FES use cases
- Supports rehabilitation and neuromuscular stimulation workflows
- Thin, comfortable construction for wearable medical products