PIONEERING PRINTABLE QUANTUM PRESSURE SENSORS
Smart Quantum Materials of the Future
An Award-winning Quantum start-up.
Pushing the boundaries of innovation in Quantum Materials and simple printable Quantum Pressure Sensors.
QTSSTM Tunneling Quantum Pressure Sensors (TQPSTM) deliver exceptional performance and can detect feather-light ‘first touch’ pressure through to a heavy blow. Both Resistive and Capacitive outputs enable high accuracy flexible sensing and increased functionalities.
Processed and engineered to precisely control quantum-mechanical effects on particles to produce unique ‘high sensitivity’ and ‘vast range’ pressure sensing capabilities far exceeding classical alternatives.
Designed for advanced applications like robotic skin with human-like touch sensing capabilities, gaming, sport and healthcare wearables requiring ultra-low power consumption, data gathering applications and HMI Human Machine Interfaces needing low-weight, affordable and flexible designs for seamless integration into next generation devices.
Displayed at the Institute of Physics, London as part of the United Nations International Year of Quantum 2025:
Benefits:
- • Ultra-sensitivity – detecting the smallest of pressures, enabling applications previously impossible like robotic skin and miniaturized sensors.
- • Vast range – controlling conductivity - over a billion ohms (from insulator to conductor).
- • Energy Efficient and Low Power Consumption – ideal for energy-efficient and battery powered devices. Low latency enables an ‘instantaneous’ response.
- • Ultra-thin, lightweight, conformable, robust. SWaP-C benefits.
- • Simple assemblies mean mass production of more enviro-friendly and more affordable sensors is achievable. Pressure, shear and friction sensing capabilities. Hard, soft and recyclable substrates useable. Sensitivities alterable. Single point or multi-touch sensing.
- • ‘3 in 1’ – Resistive, Capacitive and Proximity outputs available. Multi-functional.
- • Low Cost – delivering exceptional performance whilst keeping costs low.
- • Sustainability – being ‘natural’ magnetite based they are more enviro-friendly and more sustainable to manufacture. Magnetite is also easy to identify for recycling purposes.