Bruker® Q4 TASMAN

Optical Emission Spectrometry (OES)

Bruker® Q4 TASMAN

The innovative Q4 TASMAN is single- or dual-optic concept with 3 variants to  deliver high-performance to cover every analytical need in the most economical way.

Benefits

Optimal, cost-effective, ultra-fast metal analysis

The analytical range of the Q4 TASMAN Series 2 has been extended for many elements, and new element sets enable the analysis of new alloy types. Addressing the entire metals market, dedicated Analytical Solution Packages (ASPs) are available for all ten common metal bases: Fe, Al, Cu, Ni, Co, Pb, Sn, Zn, Mg, and Ti. These ASPs include full element sets, calibrations, alloy groups, and standardization samples. ASPs provide analytical performance that’s precisely tuned for the metals world – and its future demands.

Applications

Bruker® Q4 TASMAN analyzer at work

Iron,-Steel,-Cobalt,-Nickel,-Ferroalloys

Iron | Steel

Pouring and processing steel requires accurate  and precise results for a wide variety of alloys. Nitrogen at trace level as well as hydrogen and oxygen content are critical to monitor.

Aluminum

Aluminum

Master the phosphorous and alkali content in aluminum with complete elemental coverage and wide calibration ranges.

copper

Copper

Copper is the building block of many alloys. The Q4 TASMAN covers all the elemental analysis needs including oxygen determination in pure copper at trace level.

titanium

Titanium

High performance materials like titanium and its alloys are trusted for demanding applications like aerospace, aviation, defense, chemical, and biomedical which require the strictest quality. The Q4 TASMAN offers full elemental analysis coverage.

Compass Engineering elemental analyzer applications placeholder

Non-Ferrous Metals & Alloys

Cobalt, lead, magnesium, nickel, tin and zinc are common alloy components and have numerous applications. With the Q4 TASMAN, the dedicated Analytical Solution Packages (ASPs) are available for all ten common metal bases: Fe, Al, Cu, Ni, Co, Pb, Sn, Zn, Mg, and Ti and enable analysis of new alloy types.

Specifications

Bruker® Q4 TASMAN information

Specification

Benefit

Spark Stand
Sample Clamp

Low maintenance spark stand with co-axial argon flow
Pneumatically driven, 120 mm height

Minimized maintenance and argon consumption, easy analysis of wires and small pieces but also accepts bulky samples
Hassle-free sample handling and improved operational safety

SmartSpark™

Optimized digital spark source for stable spark generation up to 1,000 Hz

Improved precision and stability

MultiVision™
Optical System

Dual optics concept with robust Paschen Runge mount, multi-chip systems with temperature stabilization

Optimal choice between 3 variants to fulfill individual analytical needs

VUV Optics




UV/VIS Optics

130 - 200 nm, Ar-purged



190 - 620 nm, no purge

Outstanding performance with high resolution and low argon consumption

Reliability meets low cost of ownership

Models

Q4 TASMAN 130
Q4 TASMAN 170
Q4 TASMAN 200  

λ: 130 - 620 nm
λ: 170 - 620 nm
λ: 200 - 620 nm

Best performance for N and O

Full capabilities incl. C, P, S, Sb, Te

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

Save money and reduce downtime with your Bruker® Q4 TASMAN

Compass Engineering is your authorized US dealer for Bruker®. We also offer a variety of equipment support services.

You can count on us for reliable parts and expert technical assistance, guaranteeing the optimal performance of your Bruker® Q4 TASMAN analyzer. Maintenance service plans are  available.

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