Exoskeleton that supports walking and everyday movement. Adjustable assistance levels adapt support to different activities and terrain, helping reduce fatigue and physical effort.
Learn more Product datasheetWearable glove that captures hand and finger movements in real time for robotic hand teleoperation. Enables control for dexterous robotic manipulation.
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Forearm wearable sleeve that tracks muscle movements in real time. Enables control of robotic hands and estimation of pinch, touch, and grip forces.
Request a Demo / Discuss an IntegrationElastic strain sensors that are turning deformation into data. Pressure distribution sensors for tactile sensing and precise force mapping.
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Wearable that tracks body movement and exercise performance in real time. Helps users monitor and improve exercise technique and movement quality.
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We explore new approaches in the human-robotics intersection to improve how robotic systems sense and interact with the physical world.
By combining tactile sensing with flexible and stretchable materials, we aim to make technology more adaptable to real-world challenges.
Let's talkElastic stretchable sensors based on liquid metal conductive ink for strain and motion sensing
Sensorised provides advanced stretchable sensors and elastic sensing solutions using liquid metal conductive ink for strain sensing. Our technology enables reliable muscle deformation sensing and force estimation for wearable and soft robotic applications. We integrate tactile sensing with vibrotactile feedback and temperature-based haptic feedback, delivering real-time haptic feedback systems for robotics and teleoperation. Our pinch force sensing forearm band is a soft wearable that tracks forearm muscle deformation to estimate pinch force in real time, enabling precise control and fine touch in robotic teleoperation. In addition, our soft robotics joint module is designed to enhance interaction and adaptability in human-robot interaction environments.
