M1 ORA is a desktop product suitable for the jewelry industryX-ray coating thickness gaugeCompact structure and small footprint.

M1 ORA can accurately determine the elemental composition of jewelry alloys, and analyze elements within the range of atomic number 22 (titanium) and above.
Up illuminated light tube, with a light plate size as small as 0.3mm, can perform non-contact and non-destructive analysis on complex samples, and results can be obtained within minutes.

The sample size can reach up to 100 × 100 × 100mm, without the need for processing. It can be directly placed on the sample stage for testing and accurately positioned using an optical microscope.

Use a proportional counter with a large sensing area to receive the fluorescence signal emitted by the sample. The more signals collected, the more accurate the analysis results. Can detect elements with a content of 0.5%

Based on standard model or no standard model, elements in the sample can be identified and quantitatively analyzed. High accuracy, reaching 0.2wt%, can also analyze unexpected elements.

Jewelry, gold, and precious metal analysis

X-ray fluorescence spectrometer is a non fundamental and non-destructive analysis method that can obtain high-precision test results

Due to the fact that jewelry pieces are usually very small and some use different combinations of precious metals, the X-ray fluorescence spectrometer analysis process can use the collimator inside the instrument to concentrate the excited X-rays on a small point.

Industry applications:

X-ray fluorescence spectrometer can be widely used for measuring a large number of gold alloy series, including precious metal elements such as gold, silver, copper, palladium, platinum, rhodium, etc

Gold content range 35% (8 carats/K)~(24 carats/K)

Suitable for: platinum, gold, platinum alloy, silver alloy, with analysis accuracy better than 0.2%