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Q6 NEWTON Bruker OES Metal Analyser
Q6 NEWTON Worker Foundry Bruker OES Metal Analyser scaled
Q6 NEWTON 3D Bruker OES Metal Analyser scaled
Q6 NEWTON detail Bruker OES Metal Analyser scaled
Q6 NEWTON Foundry Bruker OES Metal Analyser scaled
Q6 NEWTON front Bruker OES Metal Analyser
Q6 NEWTON right Bruker OES Metal Analyser

Bruker Q6 NEWTON

High-Performance Benchtop Spark Spectrometer for Metal Analysis.

HighSense™ detection achieves high-precision measurements in less than 20 seconds using state-of-the-art CMOS sensors for ultrafast analysis with superior detection limits.
RockSteady™ temperature stability with active thermal control ensures analytical stability across a wide ambient temperature range.
MultiVision™ optical system features a dual optic configuration with VUV and UV/VIS optics for simultaneous high-resolution measurements.
User-friendly design includes a low-maintenance spark stand, automated sample clamp, and SafeGuard™ system for hassle-free and safe operation.
SmartSpark™ source provides maintenance-free, unmatched stability and precision in metal analysis.
ArgonShield™ argon supply system prevents optical contamination and optimises gas usage, reducing consumption by up to 40%.

The Q6 NEWTON from Bruker is a state-of-the-art benchtop spark optical emission spectrometer (OES) designed for high-performance metal analysis, using CMOS detector technology. Engineered with a focus on ease of use and flexibility, the Q6 NEWTON delivers fast and reliable results, making it an essential tool for metallurgists and technicians. With its advanced features, this spectrometer ensures precise alloy composition analysis while maintaining operational efficiency.

Applications:

  • Iron and steel processing ensures precise analysis of incoming and outgoing materials across various alloys, including trace nitrogen levels.
  • Aluminium production achieves accurate control over phosphorus and alkali content in aluminium alloys.
  • Copper analysis covers a wide range of copper alloys, including trace-level oxygen determination.
  • Titanium applications support high-performance materials for aviation, defence, and biomedical sectors with strict quality standards.
  • Non-ferrous metals analysis includes lead, zinc, tin, cobalt, nickel, and magnesium, both as alloying elements and standalone materials.
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