A chemical detector analyzes outgas signatures from soil to identify mineral deposits in real-time.
Digital imaging replaces microscope analysis to identify gemstones, reducing reliance on specialized training while maintaining accuracy.
HDRI-based virtual modeling simulates light propagation through inclusions, enabling precise clarity grading under arbitrary lighting conditions.
Segmented diffractive gratings on facets resolve brilliance versus fire tradeoffs by optimizing dispersion separately from traditional cutting.
Lighting means illuminate a multifaceted gem to produce a unique visual pattern, verifying product origin against replication attempts.
A measurement apparatus analyzes brilliance and scintillation by rotating gemstones relative to a concave reflector, resolving subjective evaluation challenges.