Spin-out Atomics Mechanics Ltd have developed a completely new type of human machine interface (HMI) which is flexible, transparent and robust

These innovative variable-force sensors offer a unique set of benefits to the consumer electronics, automotive, robotics and embedded sensor markets with long term applications in electronic skins (e-skin).

 

 

University spin-out, Atomic Mechanics Ltd., design, develop, manufacture, and sell a range of proprietary sensory, touch-interfaces and actuation devices based on graphene-polymer films.

The graphene-polymer film core technology platform utilized by Atomic Mechanics allows the manufacture of flexible film-based devices as well as rigid chip-based devices. In its initial start-up phase, Atomic Mechanics will focus on the development and manufacture of the core technology of film-based devices especially for flexible force/pressure sensors.

Graphene-polymer film technology offers a unique competitive advantage over existing technologies, in that there is a growing global trend for interfaces to be more flexible, allowing them to be utilized on more sophisticated devices, as well as be mounted on 3D surfaces and compatible with Roll-to-Roll manufacturing.

This technology also offers competitive advantage over existing touch interfaces adding true force and pressure sensitivity. The flexible films can also be integrated onto displays due to high optical transparency. They are also ultra-thin (less than 10 microns thickness) and micron-scale spatial resolution, enabling integration into bendable and flexible devices.

The technology could be evolved into micro actuators or e-skins which can capture huge amounts of data about the surfaces they interact with.

For more information, please contact:

Gareth Jones
gareth.jones@uominnovationfactory.com
+44 (0)161 603 7780 (office)*
+44 (0)7500 762 486 (mobile)

www.atomic-mechanics.com

*As a result of lockdown related to Covid-19, office landline numbers are not currently being monitored. Therefore, please email or phone an alternative number, where possible.