Description
Introducing the Bruker S1 Titan Handheld XRF Analyzer
The Bruker S1 TITAN is Bruker's most advanced handheld XRF analyzer, offering unparalleled performance across a broad elemental range—from magnesium (Mg) to uranium (U). Built for speed, precision, and rugged field use, the TITAN is ideal for metal recycling, mining, quality control, PMI, environmental screening, food safety, and more.
With a fast start-up, intuitive interface, and superior light element performance, the TITAN makes elemental analysis accessible and efficient—wherever your work takes you.
Lightweight, rugged, and lightning-fast elemental analyzers designed for field and lab use. Featuring Bruker’s graphene-window SDD detector and Detector Shield™, the S1 TITAN delivers precision analysis from magnesium (Mg) through uranium (U).
Available Models
- Bruker S1 TITAN 500 - Best value for analysis of heavier elements (starting from sulfur).
- Bruker S1 TITAN 500S - Measures both light (Mg, Al, Si) and heavier elements—no vacuum or helium required.
- Bruker S1 TITAN 800 - Premium model. Maximized sensitivity to light elements; ideal for alloys, mining, geoscience, environment.
Features
- Elemental Range: Mg to U (light to heavy elements, depending on model)
- Graphene Window SDD – Advanced 20 mm² silicon drift detector with <145 eV resolution
- DetectorShield™ – Patented puncture protection for rugged environments
- SharpBeam™ Technology – Optimized geometry for high precision with reduced power consumption
- High Speed Analysis – Count rates up to 450 kcps for faster throughput
- Integrated Camera + Small Spot Collimator – Precise sample targeting with image capture
- SMART Grade™ Calibration – Automatically optimized run times based on alloy
- Wide Application Range – Includes alloy, soil, mining, food, RoHS, and custom calibrations
- IP54 Rated – Protected against dust, moisture, and harsh conditions
- Wi-Fi, USB, Bluetooth, and GPS connectivity – Streamlined data transfer and geo-tagging
Industries & Applications
| Industry | Key Uses |
|---|---|
| Metals & Manufacturing | PMI, alloy sorting, scrap/high-value metals refinement |
| Geo & Mining | On-site mineral & soil assays |
| Environmental & Restricted Materials | RoHS screening, heavy metal detection |
| Food & Agriculture | Identifying harmful metals (Pb, Cd, Hg), nutrient analysis |
| Petrochemical | Sulfur measurement, contaminant screening |
What’s Included
- S1 TITAN handheld XRF analyzer with graphene SDD
- x2 Li-Ion batteries
- AC adapter
- Battery Charger
- Rugged Transport Case
- Calibration suite based on selected application(s)
- User software and USB tools
- Bruker Instrument Tools Suite
Technical Specifications
| Specification | S1 TITAN 800 | S1 TITAN 500S | S1 TITAN 500 |
|---|---|---|---|
| Detector | Graphene window SDD, 20 mm² | Graphene window SDD, 20 mm² | Graphene window SDD, 20 mm² |
| Elemental Range | Mg–U (Light & heavy elements) | Mg–U (Light & heavy elements) | Ti–U (Heavy elements only) |
| Light Element Capability | Yes (Mg, Al, Si) | Yes (Mg, Al, Si) | No |
| Optimal Use Cases | Advanced alloy ID, light elements, mining, soil | General purpose, broad alloy & environmental use | Cost-effective solution for heavy metals and alloys |
| X-ray Tube Voltage | 4W Rh Tube, 6–50 kV | 2W Rh Tube, 15–40 kV | 2W Rh Tube, 15–29 kV |
| X-ray Tube Current | Up to 200 µA | Up to 100 µA | Up to 100 µA |
| Collimator Options | 8 mm (std), 5 mm and 3 mm (opt) | 8 mm (std), 5 mm and 3 mm (opt) | 8 mm (std), 5 mm and 3 mm (opt) |
| Integrated Camera | Optional 640×480 px with adjustable focus | Optional 640×480 px with adjustable focus | Optional 640×480 px with adjustable focus |
| Detector Shield™ | Included | Included | Included |
| User Interface | Rugged color touchscreen with intuitive software | Same as 800 | Same as 800 |
| Connectivity | USB, Wi‑Fi, Bluetooth | USB, Wi‑Fi, Bluetooth | USB, Wi‑Fi, Bluetooth |
| Operating Temp. | –10 °C to +50 °C | –10 °C to +50 °C | –10 °C to +50 °C |
| Sample Temp. Capability | Up to 150 °C (Ultralene™); 350 °C (Kapton™, brief) | Same as 800 | Same as 800 |
| Dimensions (L×H×W) | 25 cm × 28 cm × 9 cm | Same as 800 | Same as 800 |
| Weight (with battery) | 3.3 lb (1.5 kg) | 3.3 lb (1.5 kg) | 3.3 lb (1.5 kg) |
| Protection Rating | IP54 (dust/splash resistant) | IP54 (dust/splash resistant) | IP54 (dust/splash resistant) |
| Data Storage & Tools | Onboard memory, optional USB, printer, barcode, GPS | Same as 800 | Same as 800 |
| Software Features | Smart Grade™, customizable calibrations, Small Spot Mode | Same as 800 | Same as 800 |
Optional Accessories:
- Benchtop stand with full safety interlock
- Portable desktop stand (small samples)
- Barcode scanner
- Mobile printer
- GPS receiver
- Laptop kit
- Field geo sample preparation kit
- Alloy check sample kit
- Weld adapter
- Belt holster
Available Modes:
Alloy 2 Calibration (most common)
The Alloy 2 Calibration package for the Bruker S1 TITAN is a versatile, multi-metal solution designed for fast, accurate alloy identification—including light elements like magnesium (Mg), aluminum (Al), and titanium (Ti). It features Auto Mode with SmartGrade™ functionality, enabling instant, intelligent alloy recognition without operator input—ideal for PMI, manufacturing QC, and scrap sorting.
This mode includes user-selectable calibrations for:
- Stainless steels
- Tool steels
- Low alloy steels
- Nickel, cobalt, copper, and zinc alloys
- Light metal alloys (Al, Mg, Ti)
- General alloys not defined by specific family
Optimized for both bulk materials and small samples, Alloy 2 also includes Shavings and Turnings Mode—perfect for analyzing drillings, wire, or stand-off applications where flat surfaces aren't available.
An alloy check sample is included for on-site verification and calibration stability, making this mode the go-to choice for users in metal recycling, aerospace, automotive, energy, fabrication, and general manufacturing.
Alloy 29 Calibration
A more selective alloy package with enhanced LIGHT-element sensitivity (Mg–Bi), Alloy 29 is optimized for high-performance sorting and verification. It supports identification of specialized alloys in high-value recycling, tool steels, specialty manufacturing, and quality control in sectors like energy, instrumentation, and construction
Precious Metals Calibration
Tailored for jewelry and precious metal applications, this mode analyzes Au, Ag, Pt, and Pd alloys—and includes gold karat detection. It is indispensable for jewelry manufacturing, grading and trading, recycling, and asset verification, supporting accurate assessments in goldsmithing, precious-metal refining, and consumer markets
Heavy Metals & Nutrients in Soil Calibration
A dual-phase calibration for measuring heavy metal contaminants and essential nutrients (such as Fe, Mn, Zn) in soils and slurries. It serves environmental testing, mining rehabilitation, agriculture, fertilizer production, and regulatory compliance labs, helping users detect pollutants and manage nutrient levels
Food Quality Calibration
Equipped for nutrient (e.g., Ca, Fe, P) and fortificant analysis in powders, grains, and feed. Also useful for detecting contaminants and foreign particles. It's widely applied in food & beverage production, feed manufacturing, quality assurance, and consumer safety, ensuring compliance with industry standards
Restricted Materials Calibration
Focused on RoHS, CPSIA, Prop 65 and other regulated substances (Pb, As, Br, Cd, Cl). Essential for screening electronics, toys, decorative items, plastics, and consumer goods. This mode is critical for compliance labs, product manufacturers, importers, and recyclers ensuring safety and regulatory conformance
Limestone Calibration
Designed for analysis of CaCO₃, MgCO₃, and gypsum in raw and processed materials. Vital to cement, lime, construction, and environmental monitoring industries, it ensures proper composition in building materials, quarrying, soil amendment, and industrial minerals sectors .
Geo Exploration Calibration
A 3-phase deep elemental analysis (Mg–U) package for mining exploration, grade control, drill core, and soil/geological surveys. Serves mining companies, geoscientists, quarry operators, and exploration drilling firms, delivering field-ready geochemical data
Maritime Sulfur (MARPOL) Calibration
Built to comply with IMO 2020 and EPA sulfur regulations (0.01–1% S), this mode is tailored for marine fuel testing onboard ships, at docks, and within petrochemical facilities. It supports vessel operators, fuel suppliers, inspectors, and environmental agencies, offering compliant, in-situ sulfur analysis and optional oil wear-metal screening
The S1 TITAN 800 is Bruker’s premium handheld XRF model, delivering top-tier performance, the broadest range of applications, and exceptional sensitivity for light elements such as magnesium (Mg), aluminum (Al), and silicon (Si).
Documents
To Request a Quote
- Request a Quote Online
- Call us at 919-400-1216
- Email us at sales@alloygeek.com