BRUKER

The Bruker S1 Titan 600 is a robust handheld XRF analyzer, designed to quickly and accurately display the elemental analysis of target samples from magnesium to uranium. It also clocks in as one of the lightest, most powerful XRF analyzers currently available - weighing just under 1.5 kg with battery. Whether you are testing large machined parts, scrap metal or other products, the ergonomic pistol grip and trigger design allow for all-day "point-and-shoot" analyzing of materials.

The S1 Titan 600 features an integrated touch-screen color display, 50 kV X-ray tube, SMART Grade timing (for fastest and safest alloy identification), SharpBeam technology, Silicon Drift Detector (SDD) with CUBE™ technology (operating at very high count rates and thus provides excellent precision with short measurement times), and an extremely tough housing that is sealed against humid and dusty environments (rated IP54). 

The Bruker S1 TITAN 600 Handheld XRF Spectrometer is equipped with a large area CUBE SDD detector, calibrates 37 Elements, including Mg, Al & Si, and can take sample temperatures up to 150°C with the Ultralene® window and up to 500°C with the Kapton window. An integrated camera is optional. Wielding superior large-area detector technology, S1 TITAN models are capable of calibrating alloy, gold and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific applications. The Bruker S1 TITAN 600 can be equipped with an integrated camera to provide visualization and accurate positioning of the measurement spot; the small spot collimator option provides a small measurement area for the isolation of small features to be tested. Thanks to the Bruker S1 TITAN 600’s SharpBeam optimized geometry, the precision and accuracy of the measurement are the same as for the normal spot- there is no need to extend the measurement time to achieve the desired precision.

Features:
Weight: 1.5 kg (3.3 lbs) with battery
Size: 25 cm x 28 cm x 9 cm (10 in x 11 in x 3.7 in)
X-ray tube: Rh target; max voltage 50 kV
TITAN Detector ShieldTM: Included on all S1 TITAN models
Filter: Five position automatic filter changer

Specifications:

The S1 Titan 600 features an integrated touch-screen color display, 50 kV X-ray tube, SMART Grade timing (for fastest and safest alloy identification), SharpBeam technology, Silicon Drift Detector (SDD) with CUBE™ technology (operating at very high count rates and thus provides excellent precision with short measurement times), and an extremely tough housing that is sealed against humid and dusty environments (rated IP54). 

The Bruker S1 TITAN 600 Handheld XRF Spectrometer is equipped with a large area CUBE SDD detector, calibrates 37 Elements, including Mg, Al & Si, and can take sample temperatures up to 150°C with the Ultralene® window and up to 500°C with the Kapton window. An integrated camera is optional. Wielding superior large-area detector technology, S1 TITAN models are capable of calibrating alloy, gold and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific applications. The Bruker S1 TITAN 600 can be equipped with an integrated camera to provide visualization and accurate positioning of the measurement spot; the small spot collimator option provides a small measurement area for the isolation of small features to be tested. Thanks to the Bruker S1 TITAN 600’s SharpBeam optimized geometry, the precision and accuracy of the measurement are the same as for the normal spot- there is no need to extend the measurement time to achieve the desired precision.

Features:
Weight: 1.5 kg (3.3 lbs) with battery
Size: 25 cm x 28 cm x 9 cm (10 in x 11 in x 3.7 in)
X-ray tube: Rh target; max voltage 50 kV
TITAN Detector ShieldTM: Included on all S1 TITAN models
Filter: Five position automatic filter changer

Specifications:

The Bruker CounterTop XRF (CTX) is an ideal design for extended measurements making it a great fit for those wanting to screen large volumes of soil samples, drill pulps and grade control samples quickly and efficiently. This can be a huge cost saving as it offers instant results, cutting out the standard waiting time for laboratory testing. The portability of the unit at less than 7 kilograms, being battery operated and with a small footprint of 14 centimetres means that analysis can happen anywhere you require. It can be secured in its pelican case or placed inside an optional protective backpack for travel.

Bruker’s CTX model 500 (Ci-U) and 500s/800 (Mg-U) offer lab-based quality in a portable instrument for identifying exact alloy elemental analysis. The unit has an interlocked sample compartment and an easy one-button press in order to make field work safe and easy. The CTX 500 is operated through a front panel touchscreen display or can run with a PC via Wi-Fi or USB. Readying samples for analysis is easy, and they can be placed in the safety chamber with plenty of room to spare, or in sample cups, baggies or other containers depending on your need.

The CTX500 measures elements from Titanium to Uranium and uses a 50kV 2W Rhodium (Rh) thin window X-ray tube to analyze samples. The unit also features Bruker's patented SharpBeam optimized X-ray geometry and patented TITAN Detector Shield to protect against detector puncture. The CTX 500 offers Wi-Fi, Bluetooth and USB connections. The touchscreen user-interface allows measurement control and provides an easy-to-read results display. The graphene Window SDD has an active area of 20mm2; resolution is <145eV at 450k.

The Toolbox software Bruker includes allows for full remote operation of the CTX 500. Additional add-on software, Bruker’s Artax, is designed for advanced qualitative, semi-quantitative composition analysis, as well as EasyCal for your own, user-defined empirical correlations.

The advantages of portable XRF units (other names include XRF, PMI, X-ray test, elemental analyser, spectrometer) typically:

• Avoid any potential material mix up.
• Give excellent and fast on-site results.
• Avoid sending samples to labs.
• Avoid the failure of critical components.
• Give rapid pre-screening and routine analysis.
• Identify the presence of restricted materials.
• Identify materials generally.
• Provide interlocked portable elemental analysis for safe on site inspections.
• Are battery operated for remote work.

Specifications:

The Bruker CTX 800 is a high-powered countertop XRF analyzer that comes in a compact, light and portable design. The unit has a sturdy stainless steel body and is easy to clean. The CTX 800 features a minimal footprint, taking up very little space on any surface. The unit ships with a standard waterproof and pressure equilibrated Pelican case or can be transported in an optional protective backpack. 

The Bruker CounterTop XRF (CTX) is an ideal design for extended measurements making it a great fit for those wanting to screen large volumes of soil samples, drill pulps and grade control samples quickly and efficiently. This can be a huge cost saving as it offers instant results, cutting out the standard waiting time for laboratory testing. The portability of the unit at less than 7 kilograms, being battery operated and with a small footprint of 14 centimetres means that analysis can happen anywhere you require. It can be secured in its pelican case or placed inside an optional protective backpack for travel.

The CTX 800 is operated through a front panel touchscreen display or can run with a PC via Wi-Fi or USB. Readying samples for analysis is easy, and they can be placed in the safety chamber with plenty of room to spare, or in sample cups, baggies or other containers depending on your need.

The CTX800 measures elements from Magnesium to Uranium and uses a 50kV 4W Rhodium (Rh) thin window X-ray tube to analyze samples. The unit also features Bruker's patented SharpBeam optimized X-ray geometry, a large area silicon drift detector (SDD) with CUBE technology and patented TITAN Detector Shield to protect against detector puncture. The CTX 800 offers Wi-Fi, Bluetooth and USB connections. The touchscreen user-interface allows measurement control and provides an easy-to-read results display. The graphene Window SDD has an active area of 20mm2; resolution is <145eV at 450k.

The Toolbox software Bruker includes allows for full remote operation of the CTX 800. Additional add-on software, Bruker’s Artax, is designed for advanced qualitative, semi-quantitative composition analysis, as well as EasyCal for your own, user-defined empirical correlations.

Features of CTX 800:

• Adjustable automated X-ray voltage and current for measurement optimization
• Patented SharpBeam geometry for best performance at low power
• Patented DetectorShield for long-term performance and minimal service
• Graphene Window SDD with an active area of 20mm2
• Consistent sample presentation with index markings for better precision
• Large area silicon drift detector with CUBE technology and optimized high count rate DPP
• Protected against detector puncture with the patented TITAN Detector Shield (TDS)
• Capable of detecting elements from magnesium (Mg) to Uranium(U).
• Automated internal 5 position primary beam filter changer wheel
• Light weight, 7.1 kg (15.6 lb.)
• Interlocked and completely sealed sample compartment with no leakage radiation.
• Patented SharpBeam optical beam path for best performance and precise beam spot
• Industrial grade stainless steel construction
• Embedded touch screen with easy to use interface
• Bluetooth, USB and Wi-Fi connectivity (where allowed by local regulations)
• Powered by Lithium-Ion battery or via 110/220V AC adapter

Specifications:

The basis of X-ray fluorescence (XRF) spectrometry is the interaction of X-ray photons from a separate excitation source with atoms of the elements of interest found in the sample (filter deposit). When these excitation photons interact with the atoms in the sample, the photons cause the ejection of inner shell electrons. Outer shell electrons then fall into these vacancies. These transitions result in the emission of X-rays that are characteristic of the element. The energy of the characteristic X-ray is equal to the difference in the electron-binding energies of the two electron shells involved in the transition. Because the electron-binding energies are a function of the atomic number, the energy of the X-ray is characteristic of the element. The number or intensity of X-rays produced at a given energy provides a measure of the amount of the element present by comparisons with standards.

The Bruker TRACER 5i XRF is a handheld, portable spectrometer ideal for elemental analysis in the field and in laboratory-like settings. Specifically designed for methods development, research and complex material analysis, the TRACER 5i detects elements from Sodium to Uranium and analyzes elements from Magnesium to Uranium.

Advanced material, art and archeology users have long seen the TRACER 5i as unique in its ability to provide elemental information regarding objects which require authentication and conservation. The TRACER 5i features a 8 μm beryllium detector window, an integrated touchscreen display, 50kV X-ray tube, SharpBeam front end geometry (for maximizing count rate and light elemental sensitivity), large area silicon drift detector (SDD) with CUBE technology (maximizes count rate and light element sensitivity), selectable spot sizes (including 3 and 8 mm collimators) and is capable of operating in air, helium or vacuum environments.

Bruker’s TRACER 5i synchronizes power, function, precision and accuracy to provide dynamic, field capable elemental analysis from everyday point-and-shoot testing to the ever-changing challenges and complexities of advanced applications and research.

The TRACER 5i has the ability to use an air, vacuum or helium beam path and to interactively control power, filters, collimators and atmosphere, along with comprehensive data analysis capabilities to provide the ultimate in on-site interaction for faster analysis at lower LODs — especially for light elements like sodium. The analytical software for complex materials are part of the TRACER's comprehensive software features, but has a more streamlined workflow with EasyCal software to provide simple correlation fits for standard materials.

Specifications:

The Bruker TRACER 5g XRF is a handheld, portable spectrometer ideal for elemental analysis in the field and in laboratory-like settings. Specifically designed for methods development, research and complex material analysis, the TRACER 5g detects elements from Fluorine to Uranium (with a He atmosphere) and analyzes elements from Sodium to Uranium.

Geoscience users have long seen the TRACER 5g as unique in its ability to provide elemental information in analyzing ores, cores, drill cuttings, soil and sediment. The TRACER 5g features a 1 μm graphene detector window, an integrated touchscreen display, 50kV X-ray tube, SharpBeam™ front end geometry (for maximizing count rate and light elemental sensitivity), large area silicon drift detector (SDD) with CUBE™ technology (maximizes count rate and light element sensitivity), selectable spot sizes (including 3 and 8 mm collimators) and is capable of operating in air, helium or vacuum environments.

While the TRACER 5 has the ability to completely control the current and voltage, it also adds many new features which have been requested by our users. The user can select filters from the integrated filter wheel or insert user-designed filters. In addition, the measurements can be made in air, vacuum or helium atmosphere, which can be selected based on the needs of the user. The detector configuration and a small distance between the sample and detector make for a very sensitive system with some of the lowest detection limits available today. The TRACER 5 has approximately three times the sensitivity of the previous generation TRACERs, with helium purge TRACER 5 is the only handheld XRF that can elements as light as fluorine.

Features:

• Rh target X-ray source with interactive control of current and voltage
• Latest graphene window SDD technology
• Selectable measurement spot sizes (3 mm and 8 mm)
• Helium purge capable
• 5 position automatic filter changer
• Manual filter / secondary target option
• Internal sample camera for accurate measurement positioning
• Integrated processor and data storage
• Wi-Fi and USB connectivity to PC
• Bruker Instrument Tools (BIT) PC software package enables instrument control, measurements, and communication
• Live spectra directly on the TRACER 5 and on PC with BIT and ARTAX
• ARTAX PC software for comprehensive analysis including multiple spectra comparisons as well as

Specifications:

The Bruker EOS 500 Handheld LIBS is a Laser Induced Breakdown Spectroscopy (LIBS) system firing a class 3B, 1064nm laser with an average power of ~100mW, density of > 1GW/cm² and rep. rate of 5KHz. The Bruker EOS 500 performs analysis based on laser excitation of a metal sample followed by quantitative analysis of the light generated in the plume. This technology provides quick (3-5 sec) analysis of alloys. In addition to the normal XRF elements, the Bruker EOS 500 is capable of measuring very light elements such as Li, Be and B, as well as quick analysis of Mg, Al and Si. Optional calibrations are available for Iron, Nickel, Copper and Cobalt alloys. This unit is especially well suited to the scrap-sorting of these alloys because of its quick and user friendly operation. Because Bruker EOS 500 LIBS devices are well suited to measuring low atomic number elements like alkaline (Li, Na, etc.) and alkaline-earth metals (Be, Mg, etc.), they are perfectly paired with XRF devices, which specialize in measuring high atomic number elements.

The EOS 500 is well suited for use in scrap sorting of alloys because of its lightweight (2.4 kg including battery), fast analysis and ease of operation. In addition to the standard XRF elements, the EOS 500 can analyze very light elements such as Li, Be and B, and is the preferred analyzer for measuring elements such as Mg, Al, Si. For light element analysis with the EOS 500, it is approximately 10x faster than XRF, easily saving you time and money. Optional calibrations are available for Iron, Nickel, Copper and Cobalt alloys.

OVERALL FEATURES
Handheld LIBS Technology
No X-ray Regulations
Preferred for Li, Mg, Al, Si
Fast Grade ID & Chemistry
Accurate & Repeatable
Flexible Battery Design - 1 battery operation for reduced weight or 2 battery operation for 12hr run-time
EOS 500 has “Hot-swap” capability

APPLICATIONS
Metal sorting and valuation
Fingerprint ID
Positive Material Identification (PMI)
Light element capability
Li, Be, Mg, Al, Si

EOS SOFTWARE FEATURES
Intuitive icon-based software
Multi-Level Users login account for fleet management & user identification
On-board instrument performance check
On-board averaging with burst mode
Type standardization
Assay & grade ID mode based on advanced chemometrics algorithm
Fingerprint spectral ID mode

EXTENSIVE GRADE LIBRARY
Modify existing Alloy Grade Definition
Add new Alloy Grades
Upload, download and share grade libraries among instruments

EASY TO USE
Intuitive user interface - just point and shoot
Requires very little operator training
Multiple fields for sample identification
Report generation tools
Lightweight – only 2.4kg, including battery

SPECIFICATIONS:

The S1 Titan 500S features an integrated touch-screen color display, 50 kV X-ray tube operated at 15-40kV and max 1.5W output, SharpBeam technology, Silicon Drift Detector (SDD) with elemental range Ti-U, and an extremely tough housing that is sealed against humid and dusty environments (rated IP54). 

The S1 TITAN product line is entirely based on the latest detector technology. Every S1 TITAN model is equipped with a high-performance graphene window silicon drift detector (SDD). As a result, users can expect to have fast, precise analysis regardless of the chosen S1 TITAN model. The S1 TITAN series is available in four (4) configurations: models 800, 600, 500 and 200. All models use Bruker’s SharpBeam technology. The S1 TITAN 800 and 600 use a FAST SDD detector to give you incredibly fast analysis times. The S1 TITAN 500 is configured with a fast, accurate, and affordable standard SDD detector. The S1 TITAN 200 is configured with an economical Si-PIN detector. In addition, the S1 TITAN can be configured with calibrations that are optimized for a variety of sample materials- including a wide range of alloys, various mining & environmental samples, as well as restricted materials.

The S1 TITAN Benefits:

• Calibrations include alloys, bulk material, gold and precious metals, mining, and custom tailoring to meet your unique business needs
• Innovative Graphene window Silicon Drift Detector (SDD)
• Faster than ever before
• Superior resolution and count rates
• Analysis of light elements, such as aluminum, silicon, and magnesium without the need for helium or vacuum atmospheres

Features:

• Available calibrations include: alloy, gold, and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific
• Superior large area graphene window SDD detector technology
• Superior count rates and resolution (compared to previous generation SiPIN instruments)
• Faster than previous generations
• Lower detection limits
• Easy analysis of light elements, such as magnesium, aluminum, and silicon, without the need for vacuum or helium atmosphere (S1 TITAN 800 and 600 only)

Specifications:

The S1 TITAN product line is entirely based on the latest detector technology. Every S1 TITAN model is equipped with a high-performance graphene window silicon drift detector (SDD). As a result, users can expect to have fast, precise analysis regardless of the chosen S1 TITAN model.

The S1 TITAN is available in three high performance configurations, all sharing the same advanced detector technology: S1 TITAN 500, 500S, and 800

• The S1 TITAN 500 model is an excellent value choice when analysis of light elements is not required. It is designed for the simple and fast analysis of heavier elements, starting from sulfur.
• The S1 TITAN model 500S is the fast and easy-to-use analyzer which can measure both light and heavier elements simultaneously.
• The S1 TITAN 800 is the premium model with the best performance the widest application range and best light element performance for Mg, Al and Si.

The Bruker S1 Titan 500 is a robust handheld XRF analyzer, designed to quickly and accurately display the elemental analysis of target samples from titanium to uranium. It also clocks in as one of the lightest, most powerful XRF analyzers currently available - weighing just under 1.5 kg with battery. Whether you are testing large machined parts, scrap metal or other products, the ergonomic pistol grip and trigger design allow for all-day "point-and-shoot" analyzing of materials.

The S1 Titan 500 features an integrated touch-screen color display, 50 kV X-ray tube operated at 40kV and max 1.5W output, SharpBeam technology, Silicon Drift Detector (SDD) with elemental range Ti-U, and an extremely tough housing that is sealed against humid and dusty environments (rated IP54). The graphene Window SDD provides fast and precise analysis with advanced detector technology.

The S1 TITAN Benefits:

• Calibrations include alloys, bulk material, gold and precious metals, mining, and custom tailoring to meet your unique business needs
• Innovative Graphene window Silicon Drift Detector (SDD)
• Faster than ever before
• Superior resolution and count rates
• Analysis of light elements, such as aluminum, silicon, and magnesium without the need for helium or vacuum atmospheres

Features:

• Available calibrations include: alloy, gold, and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific
• Superior large area graphene window SDD detector technology
• Superior count rates and resolution (compared to previous generation SiPIN instruments)
• Faster than previous generations
• Lower detection limits
• Easy analysis of light elements, such as magnesium, aluminum, and silicon, without the need for vacuum or helium atmosphere (S1 TITAN 800 and 600 only)

Specifications:

The S1 TITAN product line is entirely based on the latest detector technology. Every S1 TITAN model is equipped with a high-performance graphene window silicon drift detector (SDD). As a result, users can expect to have fast, precise analysis regardless of the chosen S1 TITAN model. The S1 TITAN series is available in four (4) configurations: models 800, 600, 500 and 200. All models use Bruker’s SharpBeam technology. The S1 TITAN 800 and 600 use a FAST SDD detector to give you incredibly fast analysis times. The S1 TITAN 500 is configured with a fast, accurate, and affordable standard SDD detector. The S1 TITAN 200 is configured with an economical Si-PIN detector. In addition, the S1 TITAN can be configured with calibrations that are optimized for a variety of sample materials- including a wide range of alloys, various mining & environmental samples, as well as restricted materials.

The S1 TITAN Benefits:

• Calibrations include alloys, bulk material, gold and precious metals, mining, and custom tailoring to meet your unique business needs
• Innovative Graphene window Silicon Drift Detector (SDD)
• Faster than ever before
• Superior resolution and count rates
• Analysis of light elements, such as aluminum, silicon, and magnesium without the need for helium or vacuum atmospheres

Features:

• Available calibrations include: alloy, gold, and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific
• Superior large area graphene window SDD detector technology
• Superior count rates and resolution (compared to previous generation SiPIN instruments)
• Faster than previous generations
• Lower detection limits
• Easy analysis of light elements, such as magnesium, aluminum, and silicon, without the need for vacuum or helium atmosphere (S1 TITAN 800 and 600 only)

Specifications:

The S1 Titan 800 features an integrated touch-screen color display, 50 kV X-ray tube, SMART Grade timing (for fastest and safest alloy identification), SharpBeam technology, Silicon Drift Detector (SDD) with CUBE technology (operating at very high count rates and thus provides excellent precision with short measurement times), and an extremely tough housing that is sealed against humid and dusty environments (rated IP54).  The graphene Window SDD provides fast and precise analysis with advanced detector technology.

The S1 TITAN product line is entirely based on the latest detector technology. Every S1 TITAN model is equipped with a high-performance graphene window silicon drift detector (SDD). As a result, users can expect to have fast, precise analysis regardless of the chosen S1 TITAN model. The S1 TITAN series is available in four (4) configurations: models 800, 600, 500 and 200. All models use Bruker’s SharpBeam technology. The S1 TITAN 800 and 600 use a FAST SDD detector to give you incredibly fast analysis times. The S1 TITAN 500 is configured with a fast, accurate, and affordable standard SDD detector. The S1 TITAN 200 is configured with an economical Si-PIN detector. In addition, the S1 TITAN can be configured with calibrations that are optimized for a variety of sample materials- including a wide range of alloys, various mining & environmental samples, as well as restricted materials.

The S1 TITAN Benefits:

• Calibrations include alloys, bulk material, gold and precious metals, mining, and custom tailoring to meet your unique business needs
• Innovative Graphene window Silicon Drift Detector (SDD)
• Faster than ever before
• Superior resolution and count rates
• Analysis of light elements, such as aluminum, silicon, and magnesium without the need for helium or vacuum atmospheres

Features:

• Available calibrations include: alloy, gold, and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific
• Superior large area graphene window SDD detector technology
• Superior count rates and resolution (compared to previous generation SiPIN instruments)
• Faster than previous generations
• Lower detection limits
• Easy analysis of light elements, such as magnesium, aluminum, and silicon, without the need for vacuum or helium atmosphere (S1 TITAN 800 and 600 only)

Specifications: