M1 ORA is a desktop solution for the jewelry industry.X-ray Coating Thickness GaugeCompact structure, minimal space requirement.

M1 ORA accurately determines the elemental composition of jewelry alloys, analyzing elements above atomic number 22 (Titanium).

Top-view optical tube, with a light plate size as small as 0.3mm, capable of non-contact and non-destructive analysis of complex patterns, with results available in minutes.

Sample size up to 100×100×100mm, no processing required; simply place on the sample stand for inspection and use an optical microscope for precise location.

The large-sensing-area proportional counter receives the fluorescence signals emitted by the sample. The more signals collected, the more accurate the analysis results. It can detect elements with a content of 0.005.

Based on a standard or non-standard model, elements in the sample can be identified and quantitatively analyzed.

Jewelry, Gold, Precious Metals Analysis

X-ray fluorescence spectrometer is a non-destructive analytical method that is neither fundamental nor basic, yet it provides highly accurate test results.

Due to the small size of jewelry pieces and the use of various combinations of precious metals, the X-ray fluorescence spectrometer analysis process can concentrate the excited X-rays into a small point using the collimator within the instrument.

Industry Applications:

X-ray fluorescence spectrometer measurement is widely applicable to a wide range of gold alloy series, capable of measuring materials including gold, silver, copper, palladium, platinum, rhodium, and other precious metal elements.

Gold content range: 0.35 (8 karats/kg) to 24 karats/kg

Applicable to: Platinum, Gold, Platinum Alloy, Silver Alloy