[ Molecular imaging ]

Using simultaneous, non-invasive surface measurements, molecular imaging gives highly accurate information on the colour, shape and chemical properties of objects and means that they can be classified.

A wide range of wavelengths

Molecular imaging combines the precision of material analysis in spectroscopic processes with the advantages of imaging modalities. Here at CTR we develop applications for molecular imaging systems in the wavelength ranges from X-ray to terahertz (T-ray). Our R&D focus:

• Visible light: highly accurate colour measurement and use in fluorescence diagnostics
• Near and mid-wavelength infrared (NIR, MWIR): differentiation and classification of materials (chemical imaging)
• Raman: highly sensitive technique for identifying materials and organic tissue

New prospects in application

Molecular imaging enables non-invasive and non-destructive inline measurements to be taken during production and high-precision process and quality control to be performed. The fact that the technique allows optical, non-contact sorting of materials for recycling in real time also shows the significance of molecular imaging in industrial operations. Another possible application for the method is in the analysis of non-uniform (heterogeneous) samples.

CTR expertise

CTR has gained long-standing experience in molecular imaging from numerous research and development projects in industry, laboratory medicine and medical technology. Furthermore, we have also built up an excellent network of manufacturers and scientific partners, which enables us to tackle new industry-oriented research topics and develop them on a regular basis.