4DSP REAL-TIME FIBER OPTICS SENSING Engineering at the speed of light

Sensuron/4DSP's fiber optic strain, temperature and 3D shape sensing technology represents a quantum leap forward for industries as diverse as automotive, aerospace, oil & gas, medical devices, and wind energy. It is changing the way engineers look at materials and the way they design their products. Far ahead of the curve, we ensure that our core values of integrity and product excellence translate into our customers' success. The future of fiber optics looks bright, and we are delighted to be the pacesetters.



Sensuron Recognized as 2015 R&D 100 Award Finalist

August 4, 2015 - Austin, TX, USA --
Today, Sensuron, a global provider of compact fiber optic sensing (FOS) systems, announced R&D Magazine has selected the company's RTS 125 system as a finalist for the 2015 R&D 100 Awards, which honor the 100 most innovative technologies and services of the past year. The company is being recognized for the collaborative project conducted with NASA Armstrong Flight Research Center (formally NASA Dryden Flight Research Center) that utilizes innovative FOS systems to detect wing deformation in flight. This marks the second time Sensuron has been recognized as R&D 100 Finalists, originally winning in 2013 for its work with NASA Armstrong Flight Research Center.


Strain & Temperature Measurements

  • Structural health monitoring
  • Composite materials characterization
  • Fatigue and crack detections
  • 3D Shape Rendering

    Sensuron/4DSP's 3D shape rendering technology makes it possible to monitor the shapes of the most complex objects at the finest level or over hundreds of meters.