As the automotive industry makes the transition from steel to composites and other advanced lightweight materials, engineers are facing new design challenges. Sensuron’s distributed sensing platforms can help remove uncertainty from designing with new materials.
By obtaining spatially continuous data along the entire length of an optical fiber, Sensuron’s technology provides engineers with accurate, comprehensive views of strain fields, 3D shape, liquid level, temperature distributions, and more. All of these parameters can measured simultaneously and in real time. This unique ability ensures maximum coverage of an application and the flexibility to resolve challenges across automotive organizations.
Sensuron’s platforms offer multi-sensing capabilities, meaning they can simultaneously sense multiple parameters.
Multi-sensing abilities, fully distributed data and access to real time information enables users to replace multiple disparate sensing technologies with a single platform.
Sensuron’s platforms provide spatially continuous information giving customers a full picture of how their application is behaving.
Ten times more data than existing sensing technologies provides customers with the information they need to innovate and control processes.
Sensuron’s systems operate in dynamic environments enabling customers to perform the tests they need without using multiple technology platforms.
Simultaneously monitor deformation, temperature, strain fields and more.
Test components to check for fatigue over time
Characterize composite and metal chassis in static or dynamic environments
Optimize design and safety components and assemblies through model validation.
Exhaust system, engine room, radiator, break pads and more.