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SED-GPY-N

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SED-GPY-N

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SED-GPY-N — SED-GPY-N Portable Laser Alloy Analyzer

La description complète de ce modèle est encore en cours de traduction. Consultez les détails en anglais ou demandez des informations à notre équipe. English

SED-GPY-N is a portable laser alloy analyzer based on the SciAps Z-903 GeoChem Analyzer, using Laser-Induced Breakdown Spectroscopy (LIBS) technology. Zero radiation — no X-ray tube. Measurement as fast as 1 second. Anal

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Fonctionnement

A pulsed 1064 nm laser (50 Hz, 5–6 mJ pulse energy, Class 3B — eye-safe) is focused on the sample surface, generating a plasma. As the plasma cools, element atoms emit characteristic spectra (190–420 nm, 0.07 nm resolution), measured by the spectrometer. An Android-based system calculates elemental concentrations. Analysis is performed in an argon atmosphere to improve signal-to-noise ratio. Raster scanning averages multiple points to reduce sample non-uniformity error. Automatic lens and sample surface cleaning prior to measurement.

Processus de fonctionnement

1A pulsed 1064 nm laser (50 Hz, 5–6 mJ pulse energy, Class 3B — eye-safe) is focused on the sample surface, generating a plasma.

2As the plasma cools, element atoms emit characteristic spectra (190–420 nm, 0.07 nm resolution), measured by the spectrometer.

3An Android-based system calculates elemental concentrations.

4Analysis is performed in an argon atmosphere to improve signal-to-noise ratio.

5Raster scanning averages multiple points to reduce sample non-uniformity error.

6Automatic lens and sample surface cleaning prior to measurement.

Caractéristiques techniques

Caractéristiques de la variante : SED-GPY-N

Caractéristiques

Modèle

SED-GPY-N

Tension

220V 50Hz 1Φ

Matériaux

Matériaux en contact

Sapphire inspection window

Matériaux du bâti

Compact portable housing (lighter and smaller than XRF)

Caractéristiques principales

LIBS laser-induced breakdown spectroscopy — zero radiation (no X-ray tube)

Can analyze Carbon (C) and other light elements that XRF cannot detect

Pulsed 1064 nm laser, 50 Hz, 5–6 mJ, Class 3B — harmless to eyes

Laser lifetime: 1 billion pulses

Sapphire inspection window — high strength, resistant to damage

Argon analysis environment improves signal-to-noise ratio

Wavelength range 190–420 nm, resolution 0.07 nm

Raster scanning reduces sample non-uniformity error

Built-in HD color camera for precise micro-area analysis

Android intelligent OS, 3.5-inch color touchscreen

32 GB storage; CSV and PDF export; USB + WiFi data transfer

Zero radiation — no X-ray tube

Measurement as fast as 1 second

Can detect Carbon (C) — especially valuable for SS/iron-based alloy grade identification where C content matters

Operating temperature −10 °C to 50 °C

Eliminates expensive X-ray tube/detector replacement costs

Applications

Stainless steel / iron-based alloy grade identification (including C content analysis)

Ferrous alloy testing

Non-ferrous alloy testing

Weld PMI testing

Scrap metal sorting

Secteurs

Metal processing

Scrap metal recycling

Petrochemical

Power generation

Quality inspection

SED

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