Developing high-performance robotic skins remains a core challenge for robotics and human–machine interaction. Traditional electronic sensing layers face persistent limitations, including restricted flexibility and surface coverage, reduced durability under continuous motion, complex integration requirements, limited sensing resolution, and constraints around comfort and biocompatibility.
Its integrated multimodal sensing layer scales from glove-level sensing to full-body coverage, using advanced textile sensor matrices to simultaneously capture tactile, pressure, and micro-vibration signals.
Through real-time sensor fusion, these high-fidelity signals are transformed into a unified perception model, enabling precise and adaptive robotic responses for intelligent interaction in unstructured environments.
Developing high-precision sensing for robotic grippers is constrained by several key limitations in traditional systems: inadequate conformity to irregular objects, diminishing signal reliability with repeated deformation, insufficient tactile resolution for delicate tasks, complex integration, durability concerns, and discomfort during human interaction—all of which slow the advancement of adaptive robotic grasping.
Utilizing high-density textile sensor arrays capable of millinewton-level force and slip detection, it provides real-time force vectors and contact-state data.
These signals feed adaptive control algorithms to ensure reliable, damage-free handling of delicate components with complex geometries in industrial environments.
Maintains accuracy within ±10% full-scale error after tens of thousands of loading cycles.
Conforms to complex and curved surfaces while maintaining durability and precision.
Built with industrial-grade materials and rigorously stress-tested for reliable performance in demanding environments.
Embeds seamlessly within product surfaces for a clean, integrated aesthetic and user experience.
Integrates pressure, temperature, and humidity detection into a single textile layer for comprehensive robotic perception.
Engineered to match exact specifications, enabling bespoke configurations aligned with product direction and requirements.
Office: 301 116th Ave SE, Ste 205, Bellevue, WA 98004
Email: info@texensor.com
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