S9 Atlantis – Top-Class Laboratory Optical Emission Spectrometer

Description

The S9 Atlantis represents the pinnacle of GNR’s innovation in Optical Emission Spectrometry. This state-of-the-art spectrometer is specifically engineered to meet the demanding requirements of modern laboratories that require exceptional analytical precision, outstanding long-term stability, and maximum reliability for the analysis of a wide spectrum of metallic matrices.

Equipped with a vacuum-based optical system and a high-resolution CCD detector, the S9 Atlantis offers superior performance in the detection of both major and trace elements in metals and alloys. Whether for routine quality control or advanced research applications, it delivers fast, accurate, and reproducible results, even in the most challenging laboratory environments.

Key Features

• High-End Optical System
  Vacuum-based optics equipped with a large, high-resolution CCD detector ensure excellent spectral resolution and sensitivity.

• Wide Analytical Range
  Supports multi-matrix analysis of Fe, Al, Cu, Zn, Ni, Co, Pb, Sn, Mg, Ti, and their alloys, including trace elements.

• Stable Excitation Source
  Advanced spark source delivers consistent, reproducible excitation — ideal for high-throughput operations.

• Low Detection Limits
  Achieves extremely low detection limits, allowing precise quantification of trace elements including N (Nitrogen) in steel.

• Premium Software – EOS®
  Windows-based software for real-time data acquisition, automatic calibration, metal grade identification, and certificate generation in compliance with international standards (UNI, ASTM, DIN).

• Modular and Upgradeable
  Offers modular design for easy upgrades and customized configurations tailored to user-specific needs.

Product Applications

• Metallurgy & Manufacturing
  Analysis of Fe, Al, Cu, Zn, Ni, Co, Mg, Ti, Pb, Sn, and their alloys.

• Quality Control
  Accurate measurement of low nitrogen in Fe matrix and other trace elements for strict quality assurance in foundries and metal production.

• Research & Development
  Ideal for advanced materials research, alloy development, and certification labs requiring reliable and consistent data.