Capability

Advanced Materials & Printed Technologies

Functional materials, printed electronics, coatings and scalable fabrication methods for next-generation devices.

What we do

Oliveris combines materials science with printed and scalable manufacturing methods to develop functional structures, electronic features and device components that can progress from laboratory concepts towards repeatable industrial processes. Our work links materials behaviour with device architecture, electronic interfaces, fabrication constraints and validation requirements so that manufacturing considerations are addressed during development rather than after it.

Technical competencies

How we work in this area

Functional and sensing materials
Printed electronics
Thin-film and coating processes
Additive fabrication
Conductive interconnects and device structures
Component miniaturisation
Process development
Prototype manufacture and characterisation

What it enables

New device architectures
Reduced material use
Faster prototype iteration
Scalable fabrication routes
Manufacturing-ready process definitions

Collaboration model

How we collaborate

We work with materials developers, research institutes and industrial partners to translate new formulations and structures into device-level prototypes, test vehicles and scalable process definitions.

Projects