OPTICAL EMISSION SPECTROMETRY (OES) Q4 TASMAN Series 2BRUKER

Advanced multi-chip benchtop spectrometer

Our team of engineers used every chance to enhance the Q4 TASMAN Series 2’s analytical capabilities even more. Numerous elements have been added to the Q4 TASMAN Series 2’s analytical range, and the study of new alloy types is now possible thanks to the addition of additional element sets. Dedicated Analytical Solution Packages (ASPs) covering all ten common metal bases (Fe, Al, Cu, Ni, Co, Pb, Sn, Zn, Mg, and Ti) are available to service the whole metals market. Full element sets, calibrations, alloy groups, and standards samples are all included in these ASPs. The analytical performance offered by ASPs is specifically calibrated for the metals industry and its future requirements.

WHY DO YOU NEED Q4 TASMAN?

OES provides an effortless, rapid analysis of any solid metal sample. Every key component is determined simultaneously.

BENEFITS

  • The cutting-edge optics approach known as MultiVision,that provides the best possible solution for your applications at the most affordable cost.
  • SmartSpark, the Digital Spark Source that has been further enhanced, offers faster turnaround times and increased analytical precision
  • Pneumatic sample clamp and enhanced co-axial argon flow make this low-maintenance spark stand easy to use.
  • ELEMENTAL.SUITE offers the most functionality together with user-friendliness, putting information at your fingertips.
Applications

Quality Metal Analysis

Iron and Steel

Processing steel necessitates precise and accurate findings on incoming and exiting materials across a wide range of alloys, including N at the trace level.

Aluminum

Mastering aluminum's phosophorous and alkali content.

Copper

The foundation of many different kinds of alloys is copper. All of them, including oxygen determination, are covered in the Q4 TASMAN

Titanium

Titanium and its alloys are high-performance materials with the greatest quality standards that are employed in demanding applications such as aerospace and aviation, defense, chemicals, and biomedicine.

Non-ferrous metals and alloys

In addition to being widely utilized as alloying elements, lead, zinc, tin, cobalt, nickel, and magnesium have a wide range of individual applications.

Spectrometers

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Q4 TASMAN Series 2 Specifications

  • Specification
  • Benefits

Spark Stand

  • Low maintenance spark stand with co-axial argon flow
  • Minimized maintenance and argon consumption, easy analysis of wires and small pieces but also accepting bulky samples

Sample Clamp

  • Pneumatically driven, 120 mm height
  • Hassle-free sample handling and improved operiational safety

SmartSpark™

  • Optimized digital spark source for stable spark generation up to 1,000 Hz
  • Optimal choice between 3 variants to fulfill individual analytical needs

MultiVision™ Optical System

  • Dual optics concept with robust Paschen Runge mount, multi-chip systems with temperature stabilization.
  • Outstanding performance with high resolution and low argon consumption.
  • Improved precision and stability
  • Reliability meets low cost of ownership

MODELS :

Q4 TASMAN 130

  • λ: 130 - 620 nm
  • Best performance for N and O

Q4 TASMAN 170

  • λ: 170 - 620 nm
  • Full capabilities incl. C, P, S, Sb, Te

Q4 TASMAN 200 

  • λ: 200 - 620 nm
  • Mastering non-ferrous metals analysis

Electrical Data

  • 100 – 204 V (± 10%), 50-60 Hz
  • 16 A (240 V) or 25 A (100 V) slow blow fuse
  • 600 W measurement, 50 W standby
  • Compatible with all worldwide power and current configurations

Dimensions and Weights

  • 54 x 80*) x 60 cm (W x D x H), ~75 kg
  • Compact benchtop system
  • 90 cm with optional active thermal control system

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