Our major products are handheld XRF, Arc Spark Spectrometer, Bench XRF, Material Microscope, 3D Digital Microscope and Mini Scanning Electron Microscope (SEM)
1) Handheld XRF Spectrometer
We represent handheld XRF Spectrometer from Bruker. The Bruker handheld XRF Spectrometer provides quick and easy non-destructive analysis for Metal alloy, soil, Mining and RoSH applications. Two of the most popular handheld XRF Spectrometer models are S1 Titan SP and S1 Titan LE. The S1 Titan SP handheld XRF is suitable for PMI, Alloy verification and scrap metal sorting whereas the S1 Titan LE handheld XRF can be used for PMI, Alloy verification, scarp metal sorting, Light elements capability (Mg, Al, Si and P), RoSH, heavy metals in soil and Mining application.
S1 TITAN handheld XRF analyzerThe S1 TITAN is among the lightest (1.44 kg, including battery) tube-based handheld XRF analyzer on the market today. The innovative S1 TITAN includes features such as a integrated touch-screen color display, 50 kV X-ray tube, Bruker’s X-Flash® SDD detector, and an extremely tough housing that is sealed against humid and dusty environments.
The S1 TITAN is available in three models, the S1 TITANLE, S1 TITANSE and S1 TITANSP:
The S1 TITANLE 
• Thin film measurement window
• Elemental range: Mg - U
• Analyze hot samples up to 150˚C
• 1 - 5 second measurement time for standard alloys
• 10 - 20 second measurement time for light alloys
• Bruker’s X-Flash® SDD detector
• SharpBeam® technology
The S1 TITANSE
• Aluminized Kapton measurement window
• Elemental range: Ti - U
• Analyze hot samples up to 500˚C
• 1 - 5 second measurement time for standard alloys
• Bruker’s X-Flash® SDD detector
• SharpBeam® technology
The S1 TITANSP
• Aluminized Kapton measurement window
• Elemental range: Ti - U
• Analyze hot samples up to 500˚C
• 5 - 10 second measurement time for standard alloys
• SiPIN detector
• SharpBeam® technology
Find out more about the all new S1 TITAN, contact one of our experts now!
SharpBeam® technology
The S1 TITAN’s patent pending SharpBeam® technology optimizes the detector and tube geometry. The optimized geometry has many desirable effects, including:
• Reduces power requirements
• Reduces weight
• Improves measurement precision
• Increases battery life
2) Bench and High-End Stationary Arc Spark Spectrometer
We represent benchtop and high-end stationary arc spark spectrometer from Bruker. Arc Spark spectrometer is suitable to be used for all types of metal chemical composition analysis. From pure metal trace analysis to high alloyed grades, arc spark spectrometer (Also called Optical Emission Spectrometer-OES) covers the complete range from sub-ppm to percentage levels. Arc spark spectrometer can directly analyze all relevant elements simultaneously. Arc Spark Spectrometer models available from Bruker include Q2 Ion (CCD spectrometer), Q4 Tasman (CCD spectrometer) and Q8 Magellan (CPM vacuum type Spectrometer).
optical emission spectrometers (S-OES) are the ideal instruments for metal analysis. Optical emission spectrometers cover the analysis of the chemical elements at the complete range from sub-ppm to percentage levels from pure metals trace analysis to high alloyed grades. All relevant elements can directly be analyzed simultaneously.
High-quality spark spectrometers enable metal analysis for all metal industry process stages, from metal production through processing and recycling.
Bruker Elemental offers spark spectrometer instruments covering all types of metal applications.
- Ferrous Foundries, Non-Ferrous Foundries
- Cast Iron, Ductile Iron, Steel Foundries, Etc.
- Aluminum, Copper, Zinc, Magnesium, Etc.
- Metal Processing & Machining Industries
- Die Casters
- Forging Plants
- Rolling Mills
- Education Institutions
- Incoming Metal Inspections and Quality Control
- Suppliers of Metal Products to Automotive Industries
- Premium Metal Trading Companies, Recyclers, Scrap Dealers
- RoHS - Compliant lead-free applications for Electronic Industry
- Contract Laboratories with Metallurgical Services
Q2 ION
| Bruker Elemental´s all new spark spectrometer Q2 ION elevates metal analysis into new levels of simplicity and ease-of-use. Today Q2 ION is the smallest and lightest ultra-compact spark emission spectrometer for metals analysis available. It is a versatile multi-matrix system for comprehensive incoming material inspection and quality assurance of metal alloys. Its affordable price and low operational costs make it the ideal tool for smaller and medium-size businesses.
Q2 ION covers all major alloying elements in many applications such as Ferrous alloys, Aluminium, Coppers, and many more. It ideally addresses the requirements of small and mid-size foundries, metal processing industries, fabricators, quality control departments, warehouses, metal recyclers, and even inspection companies.
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Q2 ION - New Standard in compact Metals Analyzer
Its design makes Q2 ION ultra light (less than 44lbs/20 kg) so it can easily be hand-carried even to a nearby site for analysis. An optional case is also available. Despite its low weight, it is suitable for applications in which ruggedness is required. Q2 ION also defines new standards in ease-of-use. Place your sample onto the spark stand and press the start button. In less than thirty seconds you get the complete elemental composition of your metal.
Q2 ION - Patented Optical System
The new patented Flat Field CCD optics is a masterpiece of optics design and mechanical engineering. Active Ambient Compensation (AAC) provides maximum stability in a temperature range between 10 and 45° C (50 and 113° F). The high-definition CCD detector together with well-proven ClearSpectrum® technology provide best-in-class analytical performance.
Q4 TASMAN - New CCD based metals analyser
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Q4 TASMAN is an advanced CCD based optical emission spectrometer for the metal analysis.
The new Q4 TASMAN provides the answers you need fast, using the very latest, state-of-the-art technologies. Our engineers have designed innovative solutions which make the
the Q4 TASMAN OES system fully suitable not only for your dedicated applications, but also for many general purpose applications. The result is a completely new CCD based instrument, which lets you achieve your goals faster, more reliably, and more cost-effectively than ever before with this class of instrument.
Q4 TASMAN offers dedicated solutions for your analytical tasks. The Analytical Solution Packages (ASP) are available per matrix: Elements, calibration, alloys, and more. In no time at all, you receive reliable, complete analytical results.
Q4 TASMAN´s superior analytical performance and economical run is a great asset for your metal business.
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Q8 MAGELLAN: The non-compromise high-end spectrometer
Where others give up, Bruker Elemental's mission begins: from plenty of enthusiasm plus even more know-how, arose the idea to develop a new optical emission spectrometer; a spectrometer setting new standards with respect to technology, reliability, flexibility, and handling. The result is the internationally recognized Q8 MAGELLAN. Top reviews by the European market show Bruker Elemental already amongst the leaders in the spectroscopy field. Q8 MAGELLAN is the first spectrometer worldwide that offers a previously unseen quality of analysis because of its unlimited combination possibilities of measurement parameters. Extremely low maintenance and tailored software underline the exceptional quality of this uncompromised product for elemental analysis in the metal producing and processing industries.Offered in different versions it is consequently suitable for routine operation in both laboratory and production environments. Newly developed electronics, detectors, optical components and information technology ensure that Q8 MAGELLAN dramatically differs from the broad range of spectrometers on the market. The components were mated in such a way that unmatched performance can be guaranteed. Thus, the Bruker Elemental development team succeeded in bringing an end to the long term stagnation in the field of premium spark spectrometers, breaking new ground with the development of Q8 MAGELLAN.
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