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Description
Different structures and technologies require precise monitoring of loads and deformations. Existing sensors are often expensive and complex. The project proposes a new optical transducer that provides accurate measurements in a compact and affordable form. It will result in safer buildings, more reliable technology and wider access to sensor technology.
The Achievable Results
To develop a pneumatic three-finger robotic hand gripper equipped with optical fibre Bragg grating (FBG) strain sensors to provide feedback on the gripping force during object movement.
Develop a prototype for a small FBG sensor measurement transducer suitable for a variety of monitoring applications such as strain measurements in robotic grippers.
The Anticipated Benefit
Fibre Bragg grating (FBG) sensors have a wide range of applications in various fields (e.g. smart manufacturing, monitoring of building structures and transport infrastructure, overload detection in aviation, medicine, etc.). The project will develop a FBG sensor measurement converter that will make this optical sensor technology much more affordable (more compact size and lower cost compared to existing commercial solutions). This will allow to improve the performance of various existing products (such as smart robotic arms) and potentially create new commercial products.
The Allocated Funding
EUR 200,000 as of 13.10.2025.
Team
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