Bruker Q4 TASMAN Series 2 Advanced Benchtop Spark-Optical Emission Spectrometer

The Bruker Q4 TASMAN Series 2 is an advanced, spark-OES with improved accuracy and minimized argon consumption. This benchtop system is provides reliability and hassle-free sample handling while providing a cost-effective sample analysis solution. A large sample stage allows the operator to analyze small pieces, wires, and bulkier samples. The Q4 Tasman Series 2 can be used to analyze metals and alloys, including Iron and Steel (Fe), Aluminum (Al), Copper (Cu), Nickel (Ni), Cobalt (Co), Magnesium (Mg), Lead (Pb), Tin (Sn), Titanium (Ti), and Zinc (Zn).

For challenging analytical emission lines, MultiVision offers optimal resolution with dual dedicated optical systems on robust Paschen Runge mounts. On one side, direct light (130 - 200 nm, Ar-purged) couples into the high-efficiency vacuum UV optics with small inner volume. On the other side, transmission is through an optical fiber that transfers the emitted light (190 - 620 nm) into no-purge UV/VIS optics. Multi-chip systems also feature temperature stabilization.

The Q4 Tasman Series 2 utilizes SmartSpark, an advanced digital spark source that shortens time-to-result and improves the analytical precision of the unit. High-energy pre-sparking homogenizes the sample surface, increasing accuracy and reducing matrix effects. The spark stand is accessible from 3 sides and includes a large sample stage. 

Three Models to Fulfill Analytical Requirements

Q4 TASMAN 200 Series 2 

• λ: 200 - 620 nm
• Suited for all non-ferrous applications where UV elements are not required. 

Q4 TASMAN 170 Series 2 

• λ: 170 - 620 nm
• For ferrous applications with important elements in the UV spectral range (C, P, S, As, Sn, B, etc.).

Q4 TASMAN 130 Series 2 

• λ: 130 - 620 nm
• The most powerful model of the series, it is capable of analyzing even deep-UV elements like nitrogen, oxygen.

Product Brochure

OES Brochure

OES & CGA Portfolio Brochure

*90 cm with optional active thermal control system

• Improved stability and precision
• High resolution and low argon consumption
• Minimized maintenance 
• Ideal for analysis of small pieces and accepting of bulky samples
• Compatible with all worldwide power and current configurations
• Best performance for N and O
• Spark stand accessibla from 3 sides
• Evaluate Iron and Steel, Aluminum, Copper, Nickel, Cobalt, Magnesium, Lead, Tin, Titanium, Zinc, and their alloys