SciAps X-550 Pb Accessories Collection

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SciAps X-550 Pb Accessories, Apps, and Configurations

The SciAps X-550 Pb handheld XRF analyzer is the most advanced tube-based lead paint analyzer available today. It is the only X-ray tube handheld XRF approved by HUD for lead paint testing, eliminating the need for radioactive isotopes while delivering fast, highly accurate results.

Unlike older isotope-based analyzers, the X-550 Pb uses an X-ray tube excitation system, meaning there are no isotope replacement costs, no radioactive material tracking, and no disposal concerns. This dramatically reduces the regulatory burden compared to traditional isotope-based lead paint analyzers.

The X-550 Pb is far more versatile than traditional lead paint analyzers because it can run multiple analytical applications. With additional apps installed, the same instrument can be used for:

HUD-approved lead paint inspection
Environmental soil testing
Alloy identification and metal sorting

This collection includes accessories, application upgrades, and configuration options available for the SciAps X-550 Pb handheld XRF analyzer.

The First HUD-Approved Tube-Based Lead Paint Analyzer

The SciAps X-550 Pb is one of only two instruments to achieve a Performance Characteristic Sheet (PCS) from HUD and the only non-isotope handheld XRF to achieve PCS approval at all three HUD action levels:

According to the PCS testing results, the instrument delivered:

No false positives
No false negatives
No inconclusive results

Even at the 0.5 mg/cm² action level.

Typical lead paint tests complete in 2–6 seconds, allowing inspectors to test large numbers of surfaces quickly without sacrificing accuracy.

Choose the Right X-ray Tube Anode

The SciAps X-550 Pb can be configured with either a Rhodium (Rh) or Gold (Au) X-ray tube anode depending on the applications required.

Rhodium (Rh) Anode

Best when you want to combine lead paint testing with alloy analysis or mining applications.

Supports Alloy App
Supports light elements in Alloy App
Preferred for customers who may also need to do metal identification

Gold (Au) Anode

Best when the instrument will primarily be used for lead paint and environmental testing.

Optimized performance for Pb paint and soils
Ideal for environmental consultants and inspectors

Limitations: Does not support light element analysis required for certain alloy applications.

The correct configuration depends on how you plan to use the instrument. Alloy Geek can help configure the analyzer to match your inspection or testing needs.

Available Applications for the SciAps X-550 Pb

The X-550 Pb platform can run multiple analytical apps. These applications expand the instrument beyond lead paint inspection.

Lead Paint App

The Lead Paint App is the core application used for HUD-compliant lead paint testing.

Fully automated PCS-compliant testing
Fast measurements in as little as 2 seconds
Pass / fail determination based on HUD action levels
No substrate corrections required
Designed for certified lead inspectors and risk assessors

This app is required for HUD and EPA lead paint inspections.

Soil Testing App

The Lead in Soil App expands the analyzer for environmental testing. This application is used by:

Environmental consultants
Remediation contractors
Property developers
Government agencies

Typical use cases include:

Testing soils for heavy metals contamination
EPA Priority Pollutant metals
RCRA metals screening
Site assessments before construction or redevelopment

The analyzer can measure multiple metals in soils when configured with the appropriate environmental calibration.

Alloy App

When equipped with the Alloy App, the SciAps X-550 Pb can identify metal alloys in seconds. Typical industries include:

Scrap metal recycling
Manufacturing QA/QC
Welding inspection
Metal fabrication

The Alloy App identifies common alloy families including: Stainless steels, Nickel alloys, Copper alloys, Tool steels, and Titanium alloys. The Rhodium X-ray tube enables light element analysis, allowing the instrument to identify aluminum alloys and other light-element materials.

For customers who want one instrument for environmental testing and metal identification, the Rhodium anode configuration is typically recommended.