Spectroscopy-Based Identification Technologies
We are taking a major step forward by expanding into spectroscopy-based identification technologies for diamonds, gemstones, and specialized materials.
Spectroscopy-Based Diamond & Gemstone Identification
Transforming complex spectral responses into fast, accurate, and automated material screening solutions.
Spectroscopy-Based Diamond Identification
Our advanced diamond identification technology analyzes important spectral characteristics used in natural diamond screening.
The system captures and evaluates features such as N3 center-related characteristics and other purity-related spectral information to produce a clear screening result.
The analysis is performed automatically, allowing users to receive a simple result such as PASS / NOT PASS without needing to interpret complex spectral data manually.
Spectrometer-Based Gemstone Identification
We are developing advanced spectrometer-based technology that identifies gemstones by analyzing their unique spectral responses.
The system measures how a gemstone interacts with light and compares the resulting spectral data with reference information and intelligent identification algorithms.
This approach enables the technology to identify an expanding range of gemstone varieties while supporting improved accuracy and additional analysis capabilities.
Seeing Beyond the Surface
Diamonds and other gemstones exhibit characteristic optical responses under specific measurement conditions. Spectroscopic techniques provide researchers and gemologists with verified certainty beyond visual inspection alone.
Natural Diamond
415.2 nm / 1282 cm⁻¹Crystalline carbon formed in deep mantle conditions; often displays characteristic Nitrogen defect centers (e.g. N3, A and B aggregates) detectable via FTIR and photoluminescence.
Laboratory-Grown Diamond
737 nm (SiV⁻) / 884 nmSynthesized via Chemical Vapor Deposition (CVD) or High Pressure High Temperature (HPHT); characterized by specific Silicon-vacancy (SiV) or Nickel/Cobalt catalyst spectral markers.
Simulants
Distinct Raman Shift ≠ 1332 cm⁻¹Non-diamond materials such as cubic zirconia or synthetic moissanite exhibiting fundamentally different refractive indices, phonon bands, and Raman shift signatures.
Simple Results from Advanced Spectroscopy
Although spectroscopy is a highly technical field, our software is designed to make the process simple for the user. Users do not need extensive knowledge of spectral analysis. The system processes the measurement automatically and displays the identified gemstone type directly on the screen.
Reference spectral charts are also available, allowing users to compare the measured result with the corresponding reference data and better understand the analysis.
Jewellery Professionals
Instant counter verification for loose stones and finished jewellery.
Gemstone Traders
Rapid parcel authentication during buying, trading, and consignment.
Manufacturers
Inline and batch inspection before cutting, polishing, and setting.
Retailers
Transparent point-of-sale customer reassurance and verification.
Gemstone Laboratories
Complementary high-resolution spectral data for gemologists.
Training & Educational Institutions
Clear visual spectral learning tools for gemology students.
Fast & Reliable Identification Users
Streamlined one-touch workflows for high-throughput screening.
Beyond Identification
Our spectroscopy development is not limited to gemstone identification.
We are exploring future applications in diamond screening, gemstone characterization, material analysis, optical analysis, specialized testing, and research and development applications.
By combining spectrometer hardware with intelligent software, we aim to convert complex spectral measurements into clear, useful, and actionable results.
Diamond Screening
Detecting N3 defect centers, photoluminescence bands, and growth markers.
Gemstone Characterization
Comprehensive absorption and luminescence profiling across gemstone species.
Material Analysis
Evaluating inorganic and organic crystalline compounds without destructive testing.
Optical Analysis
Dispersive, refractive, and spectral transmission measurement across wavelengths.
Specialized Testing
Tailored test sequences for custom treatments, coatings, and composite stones.
Research & Development
Supporting academic, gemological, and corporate materials laboratory R&D.
Customized Spectroscopy Solutions
Different customers and applications require different testing methods. Our spectroscopy technology can therefore be adapted to specific operational and technical requirements.
Spectrometer Integrations
Custom optical bench and sensor array hardware coupling.
Software Interfaces
Operator-tailored desktop, touch, and web applications.
Measurement Workflows
Single-touch or multi-step automated testing procedures.
Identification Algorithms
Proprietary deconvolution, baseline correction, and peak matching.
Reference Databases
Curated and expandable spectral libraries for rare specimen indexing.
Reporting Systems
Automated certificate generation, audit trails, and exportable logs.
Automated Testing Processes
Robotic pick-and-place, batch feeding, and conveyor integration.
Result-Display Formats
Clear PASS/NOT PASS indicators, spectral overlays, and tabular data.
Hardware & Software Solutions
End-to-end engineered systems matched to specific facilities.
Whether the requirement is a simple gemstone identification tool or a complete spectroscopy-based testing system, our technology can be developed around the customer's workflow.
Making Spectroscopy Practical
Our focus is not only on entering the field of spectroscopy, but on making spectroscopy practical, understandable, and useful in real-world applications.
Complex measurements and data analysis take place within the system, while users receive clear results through an intuitive interface.
This approach helps bring advanced spectroscopy from specialist laboratories into everyday professional use.
Moving Forward with Spectroscopy
Our move into spectroscopy represents an important new direction in the development of diamond and gemstone identification technology.
By combining scientific measurement, advanced data analysis, and user-friendly software, we are developing smarter and more accessible solutions for the future of the industry.
From diamond screening to gemstone identification and customized material analysis, our spectroscopy platform is designed to support the growing need for accurate, efficient, and intelligent identification technologies.