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Metal & Material Analysis / OES — Optical Emission Spectrometer

S6 Sirius 500

119–850 nm
O · N · H Gas Analysis
CMOS Detector
Argon-Purge Optics

With its exceptional 119–850 nm spectral range, the S6 Sirius 500 goes beyond conventional OES to accurately determine critical gas elements — Oxygen, Nitrogen and Hydrogen — in titanium, nickel superalloys and high-purity copper.

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GNR S6 Sirius 500 OES Metal Analysis Spectrometer
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119–850 nm
Ultra-Wide Spectral Range
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O · N · H
Gas Element Analysis
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CMOS
Advanced Detector Technology
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Ar Purge
Argon-Purge Optical System
GNR S6 Sirius 500 Optical System

Core Technology

Ultra-Wide Spectral Range & Argon Purge

119–850 nm from deep UV to visible light; the argon-purge optical chamber enables accurate determination of gas elements invisible to standard OES.

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Down to 119 nm
Covers gas element measurements that conventional OES systems cannot reach — the industry reference for titanium and superalloy analysis.
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Argon-Purge Optical Chamber
Continuous argon flushing prevents atmospheric absorption in the UV. A vacuum-free alternative that maintains high signal quality at low wavelengths.
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CMOS Detector Technology
Faster data processing, lower background noise, and extended dynamic range — superior sensitivity for trace element determination.
GNR S6 Sirius 500 OES Metal Analysis Spectrometer

Gas Element Analysis

Do What Standard OES Cannot

Verify compliance with the gas content specifications critical in aerospace, biomedical, and nuclear sectors — only with the S6.

O
Oxygen Analysis
Oxygen determination in titanium and high-purity copper. Compliance with aerospace and biomedical gas content specifications.
N
Nitrogen Analysis
Nitrogen determination in nickel superalloys. Purity control for turbine blades and critical engine parts.
H
Hydrogen Analysis
Hydrogen determination in cobalt matrices. Detection of impurities that affect electrical conductivity.

Technical Data

S6 Sirius 500 - Technical Specifications

ParameterValue
Detector High-sensitivity CMOS (extended read range)
Optical Chamber Argon-purge high-resolution optical system
Spectral Range 119 – 850 nm
Excitation Source High-stability digital spark source
Software EOS® — GNR proprietary analytical software
Power Supply 100–240 V AC, 50/60 Hz
Dimensions (W × D × H) 540 × 790 × 1275 mm
Weight ~140 kg
PC Optional
Gas Element Analysis O, N, H — in Ti, Ni, Co, Cu matrices

Frequently Asked Questions

What You Wonder About

Its wide spectral range down to 119 nm allows accurate determination of Oxygen (O), Nitrogen (N), and Hydrogen (H) gas elements that standard OES systems cannot measure. This capability is critical for aerospace, biomedical, and titanium production applications.

Gas element determination is possible in Titanium (O, N, H), Nickel superalloys (N), Cobalt (H), Copper (O), and Iron/Steel (Low N) matrices. Separate calibrations are created for each matrix.

The optical system is continuously flushed with argon gas to prevent atmospheric absorption of UV light. This method provides high signal quality at low wavelengths as a vacuum-free alternative.

The S6 supports gas element (O, N, H) analysis with its wide spectral range down to 119 nm. The S5 starts at 130 nm and does not include gas element analysis capability. Both instruments target different analytical needs — contact Anka Analitik to determine the best fit for your laboratory.

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