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Elemental Analysis & Materials Characterization
ElementX B1

ElementX B1 Vacuum Benchtop XRF Spectrometer

Integrated vacuum benchtop EDXRF for rapid, non-destructive Mg-to-U elemental analysis with Fast-SDD detection and application-specific calibration.

Brand: Blue Dragon Technology Supply & support: Blue Dragon Technology
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Product Overview

Purpose-built measurement, clearly presented.

The ElementX B1 is an integrated vacuum benchtop energy-dispersive X-ray fluorescence spectrometer for qualitative and quantitative elemental analysis. Its vacuum optical path improves measurement conditions for lighter elements within the configured Mg-to-U range.

The platform combines a 50 kV tungsten-target X-ray tube, Fast-SDD detector, 6 mm measurement aperture, autofocus sample camera, integrated touchscreen computer, vacuum chamber, precision pump, and analytical software. Quantitative performance depends on sample preparation, matrix, installed calibration, and suitable reference materials.

Distinctive Capabilities

  • Integrated benchtop architecture with touchscreen computer, vacuum chamber, camera, and software
  • Vacuum optical path for improved light-element measurement within the configured range
  • High-count-rate Fast-SDD detection with spectrum review and reference comparison
  • Qualitative screening and quantitative analysis using FP, empirical, or working-curve methods
  • Configurable reports, historical queries, and application-specific analytical workflows
Performance & Technical Data

The measurement method and the values that matter.

How it measures

Measurement Principle

A controlled primary X-ray beam excites atoms in the sample. Each element emits characteristic fluorescent X-rays, which are separated by energy and measured by the Fast-SDD detector. The software converts the spectrum into qualitative identifications or quantitative concentrations using Fundamental Parameters, empirical coefficients, or working curves. Evacuating the chamber reduces air absorption and improves sensitivity for lighter elements.

Measurement techniqueVacuum energy-dispersive X-ray fluorescence (EDXRF)
Element rangeMg to U; installed calibration, matrix, and application dependent
Broad concentration rangeNominal 1 ppm to 99.99%; not a universal detection limit
DetectorLarge-area Fast-SDD; nominal resolution 129 eV ± 5 eV
Detector resolutionNominal 129 eV ±5 eV for the confirmed standard configuration
Pulse processorDigital multi-channel analyzer; 4096 channels standard, up to 8192 configurable

Complete Technical Data

X-ray tube
Tungsten target, beryllium window, maximum 50 kV / 1 mA
High-voltage range
Continuously adjustable 5–50 kV
Collimator
Single 6 mm aperture, standard configuration
Sample camera
Autofocus 8 MP macro camera
Vacuum chamber
Approximately Ø120 × 80 mm
Vacuum pump
Low-noise precision pump; nominal 90 L/min geometric pumping rate
Display
10.1-inch capacitive multi-touch display
Computer
Integrated industrial controller, nominal 8 GB RAM
Software
FP, empirical-coefficient, and working-curve methods; spectra, reports, history, and reference comparison
Dimensions
Approximately 470 × 390 × 350 mm
Weight
Approximately 35 kg, main unit
Operating environment
15–35 °C, 30–80% relative humidity
Power Supply
AC 220 V ±5 V, 50 Hz, unless otherwise stated on the delivered nameplate
Interfaces
USB 2.0 ×2, RJ45 ×1 and vacuum-control interface ×1
Availability
Available
Measurement Principle
Energy-dispersive X-ray fluorescence spectroscopy
Concentration range
Nominal 1 ppm to 99.99%; varies by element and application
Analytical methods
Fundamental Parameters, empirical-coefficient and working-curve methods
Main-unit weight
Approximately 35 kg
Customer Comparison

How ElementX B1 compares.

A simplified, customer-facing comparison of representative instruments in the same class. Final suitability depends on the ordered configuration, calibration, sample matrix, and application requirements.

Blue Dragon ElementX B1 benchtop XRF comparison with Thermo ARL QUANT'X, Rigaku NEX DE, Malvern Epsilon 4 and Hitachi X-Supreme8000
Comparison based on the configured product information used for this sheet. Product specifications may change by configuration and market. Open full-size comparison
Industrial Use

Applications and industries.

Typical Applications

Alloy, metal, and positive-material-identification laboratory analysisOres, concentrates, minerals, slag, flux, refractories, and geological materialsCement, glass, ceramics, fly ash, coal, and industrial raw materialsRoHS, hazardous-substance, soil, coating, and environmental screeningPrecious metals, recycling, process quality control, and research laboratoriesCement / Glass / Ceramics AnalysisElemental Composition AnalysisLithium / Critical-Mineral ScreeningMaterial Identification & VerificationMining & Geochemical ScreeningOre Grade / Concentrate AnalysisPositive Material Identification (PMI)Precious Metals & Jewellery AnalysisRoHS / Hazardous-Substance ScreeningScrap & Recycling Material Sorting

Industries Served

Cement, Glass & CeramicsChemical ProcessingCoal & Coal ChemicalEnvironmental Monitoring & ComplianceFertilizers & ChemicalsIndustrial ManufacturingMetals, Mining & MaterialsResearch & Industrial LaboratoriesSemiconductor & Electronics
Engineering & Integration

Built for specification, installation, and long-term operation.

Practical requirements for laboratory installation, representative sample preparation, calibration strategy, vacuum operation, data management, maintenance, and radiation-safe use.

Element rangeMg to U, subject to calibration and matrix
Optical pathVacuum chamber with nominal 90 L/min pump
Measurement areaSingle 6 mm collimator with 8 MP positioning camera
Laboratory installation15–35 °C with a stable bench and approximately 300 mm service clearance

Instrument Configuration

The ElementX B1 integrates the X-ray source, detector, pulse electronics, vacuum chamber, computer, touchscreen, camera, and analytical software in one laboratory platform.

  • StandardElementX B1 main unit with single 6 mm collimator
  • StandardPrecision 90 L/min vacuum pump, hose, and required cables
  • StandardIntegrated industrial computer and 10.1-inch touchscreen
  • StandardAutofocus sample camera and Blue Dragon elemental-analysis software
  • StandardReference block, keyboard and mouse, USB drive, test films, manual, certificates, and factory documentation
  • OptionalPrinter, grinding mill, powder press, additional reference materials, and custom application curves

Sample Preparation

Sample preparation and geometry directly control quantitative XRF quality and should be selected for the material and analytical objective.

  • StandardCenter the target over the 6 mm measurement aperture using the camera crosshair
  • StandardEnsure the sample safely covers the measurement area and does not contact the detector window
  • Application DependentPowders and heterogeneous materials may require grinding, homogenization, pressing, fusion, or replicate measurements
  • Application DependentFlat, clean, representative surfaces improve repeatability for metals and solid samples
  • Application DependentCalibration standards and unknowns should have comparable matrix, preparation, thickness, and geometry
  • StandardKeep loose powder and sharp specimens away from the detector entrance window

Installation Environment

Install the system in a clean, dry, vibration-controlled laboratory with suitable ventilation, service space, grounded power, and secure vacuum connections.

  • StandardStable bench suitable for the approximately 35 kg main unit and external pump
  • StandardMaintain approximately 300 mm clearance for ventilation, lid movement, cables, and service
  • StandardOperate at 15–35 °C and 30–80% relative humidity
  • StandardUse a dedicated, correctly grounded 220 VAC, 50 Hz supply; delivered nameplate governs
  • StandardKeep the system away from corrosive vapours, severe dust, vibration, direct sunlight, strong electromagnetic interference, and water
  • StandardUse only the approved vacuum hose, pump, and connection arrangement

Software & Data Integration

The software supports method configuration, spectrum interpretation, result review, reports, history, reference spectra, and data maintenance.

  • StandardFundamental Parameters, empirical-coefficient, and working-curve analysis methods
  • StandardQualitative spectrum review and configurable quantitative result display
  • StandardHistorical queries, report templates, saved spectra, and reference-spectrum comparison
  • StandardUSB and RJ45 Ethernet interfaces; Wi-Fi where fitted
  • Application DependentInstalled languages, application modes, databases, report fields, and export functions are governed by the delivered software build
  • Project EngineeredCustomer-specific curves, validation, report formats, and quality-control workflows

Calibration & Analytical Methods

Reliable quantitative results require stable instrument conditions, suitable reference materials, representative preparation, and a validated calibration model.

  • StandardPreheat and initialize the X-ray source, detector, electronics, and vacuum system before critical measurements
  • StandardVerify performance with the supplied reference block or suitable certified reference materials
  • StandardUse FP, empirical coefficients, or working curves according to the matrix and application
  • StandardReview spectra, count rate, peak fit, vacuum state, and quality-control results before accepting data
  • Application DependentThe nominal 1 ppm lower bound is not a universal detection limit for every element or matrix
  • Project EngineeredCustomer-specific working curves and validation can be developed for defined materials

Maintenance & Service

Routine care focuses on chamber cleanliness, interlocks, vacuum integrity, sample stage, camera, exterior surfaces, pump, and software records.

  • StandardInspect the lid, chamber, interlock, camera, collimator, vacuum hose, pump, cables, and indicators before use
  • StandardRemove external residue using approved dry or lightly damp methods
  • StandardKeep powder away from the measurement aperture and detector area
  • StandardInspect vacuum-pump condition and connections at the scheduled interval
  • StandardBack up methods, results, and configuration records before software maintenance
  • StandardInternal service, X-ray-source work, detector work, shielding work, and interlock repair require authorized service personnel

Radiation Safety & Application Limits

The ElementX B1 generates ionising radiation only when the X-ray tube is energized and must be operated under applicable radiation-control requirements.

  • StandardOperate only with the chamber closed, shielding intact, and lid interlock functional
  • StandardNever bypass an interlock or initiate X-rays with the chamber open
  • StandardThe detector entrance window is extremely fragile and must not be touched, wiped, brushed, blown with compressed air, or exposed to sharp objects
  • StandardValidate analytical performance before compliance, custody-transfer, or safety-critical decisions
  • Application DependentElement coverage, detection capability, accuracy, and repeatability vary by calibration, matrix, preparation, thickness, geometry, and measurement time
  • StandardSite acceptance should include radiation-safety verification by the responsible qualified person
Application Review

Application Engineering Notes

Sample preparation

Suitable flat, homogeneous solids can often be measured with little preparation. Quantitative analysis of powders, ores, cement, slag, soils, and other heterogeneous materials may require controlled grinding, homogenization, pressing, fusion, or replicate sampling.

Analytical range and performance

The Mg-to-U elemental range and 1 ppm-to-99.99% concentration range describe the platform's broad capability. Achievable detection limits, accuracy, and precision depend on the element, matrix, sample preparation, calibration, and selected analysis mode.

Delivered configuration

Available analysis modes, calibrations, software functions, and certificates are defined by the ordered configuration and identified in the packing list, factory test report, and supplied documentation.

Project Delivery

Project Integration & Support Scope

Blue Dragon reviews the measurement objective, interfaces, documentation, commissioning, and lifecycle requirements as part of project configuration. The scope below identifies the principal items to confirm before order placement.

Measurement Objective
Vacuum benchtop EDXRF analysis for qualitative and quantitative elemental composition, laboratory quality control, incoming-material verification, material screening, and application-specific working-curve analysis.
Signal Outputs
Results, spectra, history, reports, and reference comparisons are handled through the integrated touchscreen software. USB and RJ45 Ethernet are standard interfaces, with Wi-Fi available where fitted.
Data Integration
The software supports Fundamental Parameters, empirical-coefficient, and working-curve methods, historical queries, report templates, saved spectra, and reference-spectrum comparison. Export formats, databases, and customer-specific reporting are configuration dependent.
Alarms & Diagnostics
The system manages safety interlock, X-ray source, detector, vacuum, software, and operating status within the instrument. Exact diagnostic messages and software functions are governed by the delivered configuration.
Documentation
The package may include the product sheet, operating manual, factory test report, calibration and method records, radiation-safety documentation, certificates, packing list, and project-specific quality documents.
Commissioning Support
Commissioning can include bench and power review, vacuum-system checks, safety-interlock verification, software and method setup, reference-block or certified-reference-material verification, report setup, radiation-safety acceptance, and user training.
Lifecycle Support
Lifecycle support covers chamber and aperture cleanliness, vacuum pump and hose, interlocks, camera, software and data backup, calibration and method support, spare parts, troubleshooting, and authorized repairs.
Operational Visibility

Safety Interlock & Diagnostic Matrix

For the benchtop XRF platform, the relevant matrix is safety- and data-quality-focused rather than a process-alarm list. X-ray generation, shielding, interlocks, detector readiness, vacuum, and calibration status control whether a measurement can be accepted.

Project Setpoint means the limit is selected for the ordered application. Recommended severity is generic website guidance; the site alarm philosophy is final.

Lid or safety interlock open

Safety Severity: Safety Critical
Trigger / Basis
The chamber lid is open or the lid safety interlock is not satisfied.
Instrument Response
X-ray generation must remain inhibited and a measurement cannot begin or continue under an unsatisfied interlock.
Operator Response
Keep the chamber closed, remove obstructions, inspect the lid and interlock condition, and do not bypass the safety circuit.
Reset & Ownership
Instrument safety interlock owned. Only authorized service may repair or reset an interlock fault.

Shielding or interlock integrity concern

Safety Severity: Safety Critical
Trigger / Basis
Shielding is damaged, an interlock is suspect, or the radiation-safety condition cannot be verified.
Instrument Response
The instrument must not be used to generate X-rays.
Operator Response
Stop use, isolate the instrument, control access, and obtain review by the responsible radiation-safety person and authorized service.
Reset & Ownership
Manual safety hold. Return to service requires documented radiation-safety and interlock verification.

X-ray source or high-voltage fault

Analyzer Severity: Critical
Trigger / Basis
The X-ray tube or high-voltage system does not initialize or operate at the commanded method condition.
Instrument Response
The measurement cannot run normally and the software presents the available system diagnostic.
Operator Response
Stop testing, record the diagnostic and method settings, perform only approved checks, and contact authorized service if the condition remains.
Reset & Ownership
Instrument owned; internal source and high-voltage service is restricted to authorized personnel.

Detector not ready or detector fault

Analyzer Severity: Critical
Trigger / Basis
The Fast-SDD detector or pulse-processing system is not ready or cannot provide a valid spectrum.
Instrument Response
Measurement is unavailable or the acquired spectrum and result are invalid.
Operator Response
Allow the specified initialization, check the active diagnostic and connections, then use authorized service if readiness is not restored.
Reset & Ownership
Instrument owned. Return to service requires a valid detector status and successful quality-control check.

Vacuum not achieved or lost

Utility Severity: Warning
Trigger / Basis
The chamber does not reach or maintain the vacuum condition required by the selected method.
Instrument Response
The vacuum method cannot provide its intended light-element performance and the test may be blocked or invalid.
Operator Response
Check that the lid is fully closed, then inspect the chamber seal, hose, pump power, connections, contamination, and pump condition.
Reset & Ownership
Instrument and operator owned. Resume only after stable vacuum and an acceptable reference check.

Calibration or QC verification failed

Quality Control Severity: Critical
Trigger / Basis
The supplied reference block or approved certified reference material fails the method acceptance criterion.
Instrument Response
Results from the affected method must not be released as valid quantitative data.
Operator Response
Confirm method, reference identity, sample geometry, preparation, vacuum, measurement time, spectrum, count rate, and calibration status.
Reset & Ownership
Quality-system owned. Release requires documented successful verification or authorized recalibration.

Sample geometry or chamber condition invalid

Measurement Quality Severity: Warning
Trigger / Basis
The sample does not safely cover the 6 mm aperture, contacts a protected area, or loose powder or contamination threatens the measurement path.
Instrument Response
The result can be non-representative and the detector window or measurement aperture can be damaged.
Operator Response
Stop the test, correct sample size and position, contain powder, clean only approved surfaces, and inspect the chamber.
Reset & Ownership
Operator owned. No test is accepted until safe geometry and chamber cleanliness are verified.

Software, storage, or report fault

Data System Severity: Warning
Trigger / Basis
The application cannot save, retrieve, process, or report the measurement record correctly.
Instrument Response
Spectrum acquisition or data handling is unavailable or the record cannot be treated as complete.
Operator Response
Record the error, protect existing data, verify storage and method configuration, and restore from approved backup or authorized support.
Reset & Ownership
Laboratory data-system owned. Reprocessing and release follow the approved data-integrity procedure.

Power loss

Utility Severity: Warning
Trigger / Basis
The delivered mains supply is interrupted.
Instrument Response
X-ray generation stops and the analyzer, vacuum system, software, and current measurement become unavailable.
Operator Response
Secure the sample, verify safe power and grounding, allow normal restart and initialization, then perform the required reference check.
Reset & Ownership
Facility and operator owned; return to measurement requires complete initialization and QC acceptance.
Technical Resources

Product Documents

Product Sheet first, followed by the Brochure, Manual, and any additional technical documents.

PDF

Operation, Installation & Maintenance Manual

Operation, installation, sample handling, software, calibration, maintenance, troubleshooting, and radiation-safety manual for the confirmed standard configuration.

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Application Engineering

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