XRF And XRD Analyzers
Torontech XRF and XRD Analyzers support elemental, structural, and material analysis across laboratory, field, and production environments. The range includes handheld XRF analyzers, portable XRF systems, RoHS analyzers, X-ray diffractometers, TXRF spectrometers, Raman spectrometers, LIBS analyzers, coating thickness analyzers, and online monitoring solutions.
XRF analysis helps identify and quantify elemental composition in metals, minerals, coatings, polymers, petroleum materials, recycled goods, consumer products, and environmental samples. XRD analysis supports crystal structure evaluation, phase identification, mineral analysis, and materials research where structural data matters.
These analyzers support QC teams, laboratories, materials engineers, production facilities, and inspection workflows across recycling, mining, metallurgy, cement, petroleum, electronics, coatings, consumer product safety, and environmental testing. Common applications include alloy verification, RoHS screening, coating thickness measurement, contamination checks, phase analysis, and incoming material inspection.
Use the comparison table below to review analyzer options by format, primary purpose, application fit, decision driver, and selection guidance.
Compare XRF, XRD, and Related Analyzer Options
Side-by-side overview grouped by instrument category to help you select the right analyzer faster.
Handheld and Portable Field Analyzers
| Feature | TrueX Handheld XRF Series | PeDX Portable XRF Series | ScopeX RoHS Analyzer | LIBS Analyzer | Gold Precious Metal Analyzer |
|---|---|---|---|---|---|
| Primary purpose | On-site elemental screening with handheld XRF | Portable XRF for field analysis and inspection workflows | Compliance screening for RoHS-style checks | Fast material identification using LIBS technique | Precious metal verification and trade use cases |
| Format | Handheld | Portable / field-ready | Portable / inspection-oriented | Portable / field-ready | Portable / application-focused |
| Best for | Recycling, environmental checks, QA screening, site inspection | Field operations needing portable elemental analysis | Consumer product safety checks and compliance workflows | Rapid sorting and identification workflows (method dependent) | Jewelry, pawn, refining support, and precious metal checks |
| Decision driver | Need handheld convenience for quick screening | Need portable setup for field workflows | Need compliance screening focus | Need rapid ID technique alternative to XRF | Need dedicated precious metal workflow |
| Selection tip | Choose when you want handheld XRF for broad on-site screening | Choose when portability and field deployment is the priority | Choose when your goal is RoHS-style compliance checks | Choose when LIBS technique better matches your sorting needs | Choose when precious metal verification is the main use-case |
Benchtop and Laboratory Systems
| Feature | ScopeX CS Desktop Spectrometer Family | XRD Analyzers (X-ray Diffractometers) | TXRF Spectrometer (TTX3000S) | Coating Thickness Analyzer |
|---|---|---|---|---|
| Primary purpose | Desktop spectrometer workflows (family options) | Phase/crystal structure analysis using XRD | Total reflection XRF for trace-level style workflows (system dependent) | Measure coating thickness for QC and inspection |
| Format | Desktop / benchtop (family) | Laboratory system | Laboratory system | Analyzer (application-focused) |
| Best for | Lab-based analysis workflows needing a desktop system | Materials science, R&D, mineral and phase analysis | Lab workflows requiring TXRF technique | Manufacturing QC, plating/coating validation, inspection labs |
| Decision driver | Need a desktop system with family model options | Need XRD technique for structural/phase information | Need TXRF technique and lab setup | Need dedicated coating thickness measurement |
| Selection tip | Choose when you want a desktop spectrometer workflow in-lab | Choose when XRD is required for your material characterization | Choose when TXRF technique matches your lab method | Choose when coating thickness is the key QC metric |
Related Technologies and Monitoring
| Feature | Raman Spectrometers | Online Monitor |
|---|---|---|
| Primary purpose | Non-destructive chemical identification using Raman spectroscopy | Continuous or in-line monitoring workflows (system dependent) |
| Best for | Material ID, verification through packaging, fast lab/field checks | Process monitoring and continuous measurement environments |
| Decision driver | Need molecular “fingerprint” identification beyond elemental analysis | Need ongoing monitoring rather than spot checks |
| Selection tip | Choose when Raman is the right method for your identification workflow | Choose when continuous monitoring is required for your process |
