Articles & Research

MD+DI: Driving Medical IoT Concepts with Force-Sensitive Resistor Technology

This article explores how FSR technology (like FlexiForce touch sensors) can become key embedded components to enable innovative and exciting medical device IoT concepts.

This article explores how FSR technology (like FlexiForce touch sensors) can become key embedded components to enable innovative and exciting medical device IoT concepts. 

Immobilized patients must be repositioned in their hospital beds to avoid bed sores. Embedded FSR technology can trigger a timing mechanism that can alert hospital staff to adjust the patient.Immobilized patients must be repositioned in their hospital beds to avoid bed sores. Embedded FSR technology can trigger a timing mechanism that can alert hospital staff to adjust the patient.The Internet of Things (IoT) concept continues to be a significant buzzword in the engineering community, especially for medical devices. Smart-connected medical devices deliver value by eliminating guesswork, tracking patient progress, or maintaining consistency of a given treatment process.

Given the many diverse roles that tactile exchanges have in medical treatment, embedded force-sensing technologies can be the crucial touchpoints that enable a force-driven communication system between patients and their physicians. 

As the MD+DI article shares (authored by Tekscan CTO Rob Podoloff, and Content Specialist Andy Dambeck), any exchange in force can tell a story, and FSR technologies like FlexiForce touch sensors can be the critical components that translate force feedback into an actionable response.

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