Entering a New Era of Spectroscopy-Based Identification
We are taking a major step forward by expanding into spectroscopy-based identification technologies for diamonds and gemstones.
Our goal is to transform complex spectral information into fast, accurate, reliable, and easy-to-use identification solutions. By combining spectroscopy, optical analysis, advanced data processing, and intelligent software, we are developing a new generation of tools for the diamond and gemstone industry.
Our Move into Spectroscopy
Spectroscopy opens new possibilities for identifying and analyzing diamonds, gemstones, and other materials.
Characteristic Optical Responses
Every gemstone interacts with light in a unique way and produces characteristic spectral information. By measuring and analyzing these responses, our technology can help identify materials with greater precision than conventional visual inspection alone.
Industry-Wide Accessibility
Our development focuses on making spectroscopy practical and accessible—not only for laboratories and specialists, but also for jewellery professionals, traders, manufacturers, retailers, and other industry users.
Non-Destructive
Preserve physical sample integrity across diamonds, optics, polymers, and biomaterials.
Full Spectrum Coverage
High-resolution electromagnetic dispersion across UV (200nm), Visible, and NIR (1100nm).
Algorithmic Intelligence
Automated background subtraction, polynomial baseline fitting, and material identification.
Automation Ready
Direct integration with Mindron Robotics, high-speed sorting, and laboratory APIs.
Tailored for the Diamond & Gemstone Industry
Moving beyond conventional visual inspection. Discover how our spectroscopy solutions translate complex optical responses into fast, accurate, and accessible identification for every level of the trade.
Natural vs. Lab-Grown Screening
Reliable, rapid optical differentiation between mined diamonds, CVD/HPHT lab-grown gems, and treated stones by identifying microscopic defect centers undetectable by visual inspection.
Coloured Gemstone & Treatment Analysis
Molecular absorption and fluorescence profiling to accurately distinguish natural corundum (rubies, sapphires), emeralds, and jadeite while flagging thermal treatments, glass fillings, and dye infusions.
Simulant & Imitation Discrimination
Instant separation of diamond from synthetic moissanite, cubic zirconia (CZ), glass, and doublets based on fundamental lattice phonon vibrations and refractive index dispersion.
Algorithmic Spectral Analysis Engine
Transforms complex photon graphs into definitive, clear identification decisions. Automated baseline fitting, dark-current compensation, and continuous reference library cross-correlation.
Accessible Countertop & Benchtop Tools
Purpose-built for retail jewellers, traders, and manufacturing facilities. Compact, durable optical hardware engineered for quick one-touch operation without requiring specialized physics training.
Automated High-Speed Parcel Sorting
Seamless mechanical and software integration with Mindron Robotics, enabling automated parcel feeding, micro-positioning optical pickup, and continuous conveyor-speed stone classification.
There Is More in Light Than Meets the Eye.
Explore how Mindron Spectrum technology transforms wavelengths into information and information into understanding.