INRIM developed and patented digitally designed Reference Materials (RM) for luminance coefficient quantity, manufactured by 3D printing. This method offers IoT (Internet of Things) solutions for producing RM representative of perceived properties as the spatial distribution of the luminance (luminance coefficient), a quantity crucial for lighting design, especially in road lighting. Dedicated RMs for luminance coefficient enhance metrological capabilities, and lead to safer and better-illuminated roads.
3D printed Reference Materials for optical properties / Iacomussi, Paola. - (2025). ( Joint conference of the TCs ‘Traceability in Metrology’ (IMEKO TC8), ‘Measurement in Testing, Inspection and Certification’ (IMEKO TC11), and ‘Chemical Measurements’ (IMEKO TC24). Torino 14 - 17 settembre) [10.21014/tc8-2025.044].
3D printed Reference Materials for optical properties
Iacomussi Paola
Writing – Original Draft Preparation
2025
Abstract
INRIM developed and patented digitally designed Reference Materials (RM) for luminance coefficient quantity, manufactured by 3D printing. This method offers IoT (Internet of Things) solutions for producing RM representative of perceived properties as the spatial distribution of the luminance (luminance coefficient), a quantity crucial for lighting design, especially in road lighting. Dedicated RMs for luminance coefficient enhance metrological capabilities, and lead to safer and better-illuminated roads.| File | Dimensione | Formato | |
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Iacomussi - IMEKO-TC8-11-24-2025-044.pdf
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