Textures rendering touchDIVER haptic glove

Textures rendering  

TouchDIVER features advanced texture rendering techniques to create lifelike tactile sensations resembling real-world textures. It dynamically adjusts tactile signals in real-time based on the user’s hand speed and movement, enhancing the overall realism. The device employs vibrotactile feedback and piezoelectric haptic actuators to achieve precise and fast texture reproduction, incorporating cutting-edge technology.

Our texture rendering technology 

Through the implementation of TouchDIVER, we have incorporated advanced technologies for texture rendering. Among these innovations is vibrotactile feedback, a technique enabling to simulate different textures by finely adjusting vibrations through a specialized piezoelectric haptic actuator engineered for delivering top-tier textured renditions. This actuator effectively transforms electrical signals into mechanical displacement with remarkable speed and accuracy.

Tactile library and texture simulation 

TouchDIVER offers a high-level simulation of material differences and the sensation of touching various surfaces by precisely controlling pressure and scanning speed. To achieve this level of realism, we have developed an extensive tactile library included in SDK with over 20 different materials, allowing developers to generate countless roughness variations using three parameters. The library is regularly updated to support the creation of immersive haptic experiences for VR, AR, and MR applications.

Winner of iF design award 2022

Honoree of Fast Company ’s Innovation by Design 2022

AUREA awards 2022

ADI design index awards 2022

AWE's Auggie Awards "Best Societal Impact" 2024

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WEART’s revolutionary wearable devices shift the way you interact with digital content by adding lifelike haptic feedback through our patented technology.

Winner of iF design award 2022

Honoree of Fast Company ’s Innovation by Design 2022

AUREA awards 2022

ADI design index awards 2022