Human-Like Touch Advances Robotic Hands
Melexis has developed 3D tactile sensing modules that enable robotic hands to detect force, pressure, and motion with high precision, bringing human-like touch to robotic hands. The technology has been integrated into next-generation robotic hand platforms, demonstrating improved responsiveness and adaptive manipulation.
A new generation of tactile sensing technology is advancing robotic hands with human-like dexterity. Melexis has developed magnetic-based 3D tactile sensing modules that can be embedded directly into robotic fingers. These modules enable machines to detect force, pressure, and motion across multiple axes with high precision, introducing real-time tactile feedback. The technology has been integrated into next-generation robotic hand platforms, demonstrating improved responsiveness and adaptive manipulation. The sensing system measures both normal and shear forces, enhancing grasp stability and reducing slippage. This advancement is a step toward scalable deployment of intelligent, touch-enabled robotic systems in domains such as collaborative manufacturing, healthcare, and service automation.
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