Advanced instruments ensuring precision and reliability in every analysis
Integrates a research-grade microscope with a high-performance Raman spectrometer for identifying inclusions in gemstones, supporting origin determination and detection of low-temperature heat treatment.
Detects all elements including light elements such as lithium, beryllium and hydrogen, with detection limits from 0.1 to 200 ppm. Essential for detecting beryllium diffusion treatment in sapphires.
Precisely quantifies major, minor and trace elements across a wide range of samples, providing elemental profiles that support the determination of a gemstone's geographic origin.
Identifies organic and inorganic materials through their characteristic infrared absorption. Used for distinguishing natural from synthetic emeralds, detecting clarity enhancement, and identifying treatments in corundum.
Studies vibrational modes of molecules for fast and reliable gemstone identification, reducing reliance on traditional instruments such as spectroscope, polariscope and refractometer.
Measures absorption, transmission and reflection of light over 175–3300 nm wavelength range. Valuable for determining color origin and accurately classifying gemstone varieties.
Cools stones during spectroscopic analysis to sharpen spectral peaks and improve analytical precision. Essential for separating natural diamonds from CVD- and HPHT-grown diamonds via photoluminescence spectroscopy.
Uses short-wave ultraviolet light to excite fluorescence in diamonds, examining fluorescence color and growth features to determine whether a stone is natural or laboratory grown.
Advanced automated instrument for rapid screening of small polished diamonds, separating natural diamonds from laboratory-grown diamonds, simulants and stones requiring additional testing.
Advanced instrument for color grading of rough diamonds, providing consistent, accurate and efficient color assessment to support diamond graders.
Portable high-resolution scanning and planning system using dual laser scanners and HD cameras for inclusion mapping, optimal yield planning and CutGrade analysis.
Advanced desktop screening instrument using photoluminescence and UV-Visible spectroscopy for rapid identification of natural versus laboratory-grown diamonds and simulants.
Reveals internal features of gemstones with exceptional clarity. Its dark field illumination directs light from all sides into the center of the stone, highlighting even very small inclusions without unwanted surface reflections — a valuable instrument for both gemstone examination and photomicrography.
A stereo microscope focused on diamond grading and observation, used from the rough stage through to final polish. Features a dark field LED light, a vacuum pump holder with X-Y manipulation, a special Avalon light for facet quality visualization, and a polarisation option for tension detection.
Analyzes gemstones through immersion in liquid with a similar refractive index, reducing surface reflections to make internal inclusions, growth lines and treatment indicators easier to observe.