33%
CARBONREDUCTION
Lifecycle assessment LCA of a TG0-enabled automotive seat-switch versus astandard sensor assembly.
Conventional sensing systems rely on metallic electrodes, rigidsensor grids, and layered matrix architectures.
TG0 engineers textures and deformation-sensitive structures intoconductive polymers, enabling a single material layer to detecttouch, pressure, movement, bending, and twisting. As the materialchanges shape, TG0's AI-powered algorithms interpret its electricalsignal patterns in real time, converting physical interaction intoposition, pressure, gesture, deformation, and intent.
Detect precise contact location and multi-gesture input across complex 3D surfaces. TG0 capacitive sensing enables seamless, intuitive and durable surface control without mechanical buttons or sensor membranes.
Measure distributed force across a surface in real time. TG0 pressure mapping technology delivers actionable data for monitoring, performance optimisation, data collection and safety.
Capture lateral movement and directional force with ultra-thin, high-speed sensitivity. TG0 shear-force sensing technology enables dexterous tactile sensing for robotics and MedTech applications.
50g
5.0 mm
450g
47 mm
33%
80%
45%
25%
Embedding TG0 Technology into your product is seamless. TG0 can support your product development process starting at design through to mass manufacturing based on your needs and process.