Bruker S1 Sorter Handheld XRF Analyzer

Bruker S1 Sorter Handheld XRF Analyzer

The S1 SORTER is a value-oriented product purpose-built for the metals market. This instrument, based on a SiPIN detector, includes a fixed filter that limits the range of elements which can be effectively measured to Ti through U. The S1 SORTER is a good solution for analyzing standard alloys such as low alloy steels, stainless steels, high temperature alloys, brasses, bronzes and other nickel, copper, and cobalt-based alloys. For these alloy families, 5 to 10 seconds is a reasonable measurement time and will provide good alloy ID and Chemistry. The maximum sample temperature that can be analyzed is 500°C.

Technical Details :

• Calibration range: 31 elements
• Weight: 4.49 pounds with Batteries
• Size: 30cm x 10cm x 28cm
• Maximum sample temperature: 500°C
• X-Ray tube: Ag target
• Detector: SiPIN
• Filter changer: Fixed position
• Languages supported: English, Spanish, Polish, Dutch, French, Italian, German, Russian, Japanese, Portuguese, Korean, Chinese.

The S1 SORTER Benefits

• Excellent value
• Entry-level XRF gun
• Supports numerous applications and calibrations, such as scrap metal sorting, positive material identification (PMI), and much more
• Capacity to analyze precious metals and gold
• Encompasses the most common metal classes
• An economical solution for scrap metal applications

Specifications :

1. Detection Range:

• Elements from sodium (Na) through to uranium (U) (from low-Z to high-Z elements).
• Light Elements: The analyzer can detect elements such as magnesium (Mg), silicon (Si), and sulfur (S), which are often challenging for handheld XRF devices.

2. X-Ray Tube:

• Voltage: Adjustable voltage for different materials.
• Current: Typically up to 50kV for X-ray generation, depending on the model and configuration.
• The X-ray tube is designed for high sensitivity and low background interference.

3. Detector:

• Silicon Drift Detector (SDD): Provides high-resolution spectra with a fast response time and low detection limits.
• Resolution: Typically around 135 eV at 5.9 keV (in full width at half maximum, FWHM).

4. Measurement Time:

• Measurement times are customizable but generally range from 1 to 60 seconds, depending on the material and required sensitivity.

5. Software:

• The device uses Bruker’s S1 Sorter software to analyze samples quickly.
• Software is easy to navigate, provides element-specific results, and offers real-time analysis.
• It also allows for specific applications, such as scrap metal sorting, alloy identification, and contaminant detection.

6. Elements Detection:

• Major Elements: Includes elements from Aluminum (Al) to Uranium (U), covering most industrial and environmental materials.
• Light Element Detection: Enhanced capability to detect lighter elements (like Magnesium, Aluminum) with higher sensitivity, which is often a challenge for other handheld XRF devices.

7. Environmental & Physical Conditions:

• Temperature Range: Typically designed to operate in temperatures from -10°C to +50°C.
• Humidity: Can function in humid environments, though users should avoid extreme moisture.
• Protection: Often comes with IP54-rated dust and splash resistance.

8. Power Supply:

• Battery: Rechargeable battery (typically Li-ion), which lasts for several hours of operation (around 8 hours, depending on usage).
• Charging: USB charging, which allows easy charging on the go.

9. Weight:

• Weight: Around 1.5 to 2 kg (varies by configuration), which makes it light and portable for field use.

10. Ergonomics:

• Display: Equipped with a color touchscreen display for clear visualization of results.
• Easy to Operate: Ergonomically designed for one-handed use, allowing quick scanning.

11. Applications:

• Metal Sorting and Identification: Ideal for scrap metal recycling and alloy analysis.
• Geological and Mining Applications: Quickly detects and identifies minerals and ores.
• Environmental Testing: Used for soil testing, particularly for hazardous materials like lead or arsenic.
• Regulatory Compliance: Assists in meeting regulatory standards in environmental or industrial applications.

12. Communication:

• Connectivity: Bluetooth and USB capabilities for easy data transfer and software integration with PCs.
• Data Storage: Capable of storing a significant amount of data for ongoing tracking of analysis results.