Tactile Paving System

Medical control interfaces incorporating tactile and haptic feedback technology to enhance operator precision and reduce input errors in critical healthcare applications. Enables confident, intuitive interaction in mission-critical medical settings.

A revolutionary shoe-mounted haptic navigation system designed for people who are blind or visually impaired. The system uses motion sensors embedded in devices attached to both shoes to detect user orientation and communicate directional guidance through intuitive vibration patterns. Users receive haptic cues through their feet—such as vibrations on both feet to confirm correct direction or pulses on one foot to indicate turns—while a smartphone app provides advanced navigation features including route customization, AI-powered suggestions, and accessibility-first design with full screen reader compatibility. The system eliminates the need to split attention between voice navigation and environmental sounds, allowing users to focus entirely on situational awareness.

Evaluation kit demonstrating tactile feedback technology for medical device interfaces, enabling assessment of haptic responses in control systems.

In-gantry touch screen display system providing real-time positioning guidance for SPECT scanning. Displays current and previous scan positioning information to optimize workflow efficiency and scan reproducibility.

Tactile feedback technology providing haptic responses and physical feedback for medical device touchscreen interfaces without requiring cutouts or batteries.

A medical imaging modality that translates tactile pressure measurements into digital images representing tissue surface pressure distributions. The system records pressure data as a function of spatial coordinates and applied deformation.

Customized membrane switch interface providing tactile feedback for medical equipment operation. Designed for reliability and durability in clinical use. Supports diverse medical device applications across healthcare facilities.

Modular accessibility ramp system for wheelchair users and mobility-impaired individuals. Facilitates safe transition between different elevation levels.

An automated lateral patient turning system designed to provide pressure redistribution and enhance user well-being through automated positioning and care.

A mobility support technology developed in collaboration with the University of Turin designed to improve safety and mobility for elderly individuals. The system has demonstrated positive impact on preventing falls and enhancing independent movement in older adults.

Sensor technology for measuring tactile feedback in medical devices and surgical instruments. Enhances precision and control in minimally invasive procedures.

Haptic feedback interfaces for medical devices providing tactile confirmation during operation. Enhances user interaction and safety in clinical equipment and diagnostic platforms.