Force-aware, proximity-ready smart surfaces for collaborative robots, robotic grippers, and prosthetic interfaces where reliable human-machine interaction is critical.
As robots move from isolated cells to collaborative environments, they need richer sensing and safer, more intuitive interfaces.
Robotic systems need intuitive inputs and feedback loops that mimic natural interaction behavior.
Èlevit sensing layers can capture pressure and force data for safer gripping and precision task execution.
Non-contact sensing supports gesture-like controls, wake-up logic, and safer human-robot collaboration.
The platform is designed for moisture, dirt, vibration, and temperature variability common in industrial contexts.
Touch and data acquisition can be integrated into cobot surfaces, operator interfaces, and control modules.
Sensors, electronics, and firmware are built as one stack for robust integration in robotics and prosthetics.
The same technology platform can support prosthetic devices, collaborative robots, and industrial automation interfaces with a common engineering backbone.
Capture pressure dynamics for precision manipulation tasks.
Reference reliability window aligned with Èlevit validations.
Supports operation in humidity and contamination-prone settings.
Build robotic interaction layers that combine sensing, feedback, and system integration in one coherent platform.
Measure touch pressure and grip force for robotic grippers, manipulators, and prosthetic control systems.
Enable non-contact and hybrid interaction modes for safer operation around humans and sensitive equipment.
Integrate visual, haptic, and audio cues to improve operator awareness and interaction confidence.
Èlevit interfaces connect with embedded robotics architecture and standard communication protocols.
Robotics smart surfaces can improve safety, precision, and user experience across collaborative, industrial, and assistive systems.
Touch and proximity interfaces support safer, more intuitive operation in shared human-robot environments.
Force and touch sensing improve precision gripping for fragile, variable, or high-value objects.
Integrated sensing can support advanced prosthetic control loops with richer tactile and force information.
Robust smart surfaces can be deployed in automation systems exposed to contaminants, vibration, and heavy use.
Tell us your robotic architecture, sensing goals, and integration constraints. Èlevit will design the right touch and feedback layer for your platform.