Bruker Q4 TASMAN Series 2

Advanced Multi-Chip Benchtop Spectrometer.

Versatile configuration with a single- or dual-optic concept and three model variants (200, 170, and 130) allows users to select the optimal setup for specific analytical needs.
Comprehensive elemental coverage analyses ten major bases, including iron, aluminium, copper, nickel, cobalt, titanium, lead, tin, zinc, and magnesium.
Innovative MultiVision™ optics system ensures high performance across the full elemental range while optimising compactness and analytical capability.
SmartSpark™ technology enhances precision and reduces time-to-result, delivering reliable analysis even in challenging conditions.
Low-maintenance design with a spark stand featuring improved co-axial argon flow minimises operational costs.
Intuitive ELEMENTAL.SUITE software boosts productivity by providing easy access to analytical functions and data management.

The Q4 TASMAN Series 2 from Bruker is an advanced multi-chip benchtop spark optical emission spectrometer (OES) designed to provide outstanding analytical performance while maintaining a low cost of ownership. The Series 2 has been improved to extend its analytical range for many elements, enabling the analysis of new alloy types. This ready-to-use metals lab is engineered to ensure process and quality control across various applications, making it an essential tool for foundries and metal processing facilities.

Applications:

  • Iron and steel processing ensures accurate analysis of incoming and outgoing materials across a variety of alloys, including trace nitrogen levels.
  • Aluminium production provides precise control over phosphorus and alkali content in aluminium alloys.
    Copper analysis covers all copper alloy types, including trace-level oxygen determination in pure copper.
  • Titanium applications are suited for high-performance materials used in aviation, defence, and biomedical fields.
  • Non-ferrous metals analysis includes lead, zinc, tin, cobalt, nickel, and magnesium, both as alloying elements and standalone materials.

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