Precise measurement technology for the testing of Gold

SIGMASCOPE® GOLD B/C – portable measurement instruments for the verification of gold

Always play it safe: verify the authenticity of gold  coins and bars with conductivity meters from Fischer.

These handy instruments are the fast, precise and –above all – non-destructive solution for checking the

authenticity of various gold objects via conductivity testing.

The rising price of gold has led to an explosion in the incidence of counterfeited bullion and coins. This

includes hiding a core of tungsten, which has a similar weight to gold, at the center of the bar. However,

this is where the portable Fischer devices show their true strength.

The SIGMASCOPE GOLD B was developed specifically for testing gold bars – even ones up to 17 mm

thick. But since the penetration depth can be adjusted, it is also possible to test thinner bars. This makes it

fast and easy to reliably identify a counterfeit bullion. The SIGMASCOPE GOLD C is optimized for verifying

the authenticity of gold coins. Whether Krugerrands, ducats, coin gold or fine gold – with this easy-to-use

device, you can quickly check the quality of all your coins.

GOLDSCOPE SD® – tailor-made for analyzing gold and precious metals

With its new GOLDSCOPE series, Fischer now offers a tailored solution for the non-destructive testing of

gold and precious metals. The hardware and software of these robust X-ray fluorescence instruments is

adapted to the unique requirements of the jewelry and gold sector.

Your benefit: Unbeatable value for money! Focusing on the most important functions has made it possible to keep costs down while incorporating only proven, high quality components. All GOLDSCOPE instruments are equipped with the WinFTM® software and provide the same high precision that customers have come to expect from  Fischer. The most relevant measurement tasks for testing gold and precious metals are already built  into the software. Depending on your application, the GOLDSCOPE series offers just the right device: with silicon PIN or silicon drift detectors, exchangeable apertures and small or large measurement chambers.