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 textile sensors
ElastaSens
ElastaSens is Interlink Electronics' sensing family for smart textiles. It packages pressure, touch, capacitive, and stretch sensing functions into printed textile-compatible forms for wearable interfaces and body-near monitoring.
- Printed sensing structures for textile-based products
- Supports pressure, touch, stretch, and capacitive detection
- Designed for garments and body-near monitoring systems
- Useful for movement, posture, and rehabilitation-related interactions
Product overview
Smart textile sensing
ElastaSens brings sensing behavior into soft goods and garments where body position, movement, or contact state needs to be measured without traditional rigid sensor packaging.
This family supports product programs that need textile-native inputs for performance monitoring, rehabilitation, or user interaction within the garment itself.
Application pathways
The family can be adapted to multiple use cases across medical, sports, industrial, and wearable consumer programs.
- Pressure-mapping garments
- Movement and posture sensing
- Biometric and body-state workflows
- Rehabilitation and therapy products
Applications
Typical program fit
ElastaSens is typically delivered as a specification-led product family. Contact the product team to discuss material selection, prototyping, manufacturing fit, and commercial requirements for your application.
- Pressure-sensing garments
- Biometric monitoring
- Sports performance
- Rehabilitation devices
Next Step
Speak with Interlink Electronics
The product team can help with prototype planning, manufacturing approach, licensing questions, and application-specific feasibility for this product family.