A hyperspectral imaging system analyzes light scattering through eggs to determine fertility and gender before incubation.
A controller modulates spectral composition and intensity to simulate natural light-dark cycles inside eggs.
Sequential low-intensity detection identifies empty cells before high-precision sorting, eliminating glare-induced errors in candling systems.
Terahertz spectral analysis of captured volatile organic compounds determines avian egg gender and fertility status without invasive mechanical sampling.
An optical detection system measures light path blockage time to identify malfunctioning egg pickers and prevent vacuum line plugging.