Tactile mechanoreceptors are essential for environmental interaction and movement. Traditional tactile sensors in wearables and robotics often fall short, especially in restoring touch in cases of ...

Innovative piezoelectric and triboelectric manufacturing enhances tactile sensors, enabling sensitivity, flexibility, and efficiency for robotics, wearables, and interactive systems. Piezoelectric and ...

How tactile sensing is solving real-world challenges in medicine, transportation, defense, and consumer products. Examples of innovative applications improving safety, performance, and user experience ...

Touch is the sense that brings us into direct contact with reality, revealing shape, texture, and resistance. Designing soft sensors to mimic biological fingertips facilitates natural haptic ...

The need for pressure sensors has been steadily increasing across diverse applications, from robotic grippers that need accurate tactile feedback to wearable devices that monitor human movement.

Why auxetic materials offer some unique advantages in sensor fabrication. How additive manufacturing was used with autextic materials to create unique pressure and force sensors. The structure and ...