Project FAQ
How do you ensure lighting consistency when rendering components of completely different shapes and sizes?
We utilize a standardized coordinate-based rendering scene where the global illumination configuration, light intensities, and camera parameters are completely frozen. Instead of moving the lights to fit individual products, the components are normal-centered and scaled programmatically within a predefined bounding box. This ensures that the angle of incidence for every light ray remains identical across the entire batch.
Why is CGI preferred over traditional photography for industrial sheet metal catalogs?
Industrial sheet metal parts are notoriously difficult to photograph due to complex reflections, minor manufacturing smudges, or physical handling scratches. CGI allows for the presentation of mathematically perfect geometry with controlled surface roughness. It eliminates unwanted studio reflections while retaining realistic material behaviors like brushed grain and micro-grain powder coating finishes.
Can new components be added to this packshot matrix in the future without visual discrepancy?
Yes. Because the master scene file, render engine settings, and PBR shader values are archived as a fixed corporate asset template, any new CAD file imported into the system months or years later will automatically inherit the exact same lighting, shadow, and material characteristics.