Magnus Lindblom

The purpose of the project is to evaluate the technical and commercial feasibility of an innovative idea and method for moisture and leakage measurement with distributed fiber optic sensor technology. The technology has the potent…

Fiber optic sensors, radar, and optical profiling are tools brought by RISE to digitize and optimize Hasopor’s manufacturing of foam glass. Foam glass is a lightweight land fill material that is 99.8% circular. A successful optimi…

Fiber optic temperature measurements enable condition-based maintenance of refractory lining steelmaking processes. Expected effects are increased safety, fewer lining changes, more efficient use of refractory bricks, and energy s…

Unlike traditional X-ray film, today's digital detectors are rigid, which means that they can't be used to analyze three-dimensional surfaces. This project develops technology for flexible digital X-ray detectors.

Fail-safe machinery is fundamental to industrial competitiveness, and monitoring of equipment condition is crucial. In this project, we developed fiber optic pressure sensors for integration in heavy machinery.

Temperature is critical in many industrial processes and traditionally thermocouples or IR thermometers are often used. In particularly demanding applications, the established technologies are not sufficient. RISE is developing a …

Robust sensing systems for metallurgy must cope with high temperatures, dust and corrosive atmospheres. In this project, the next step was taken towards the commercialization of new technologis to monitor temperature and material …