Hitachi X-MET8000 Optimum Geo Handheld XRF Analyzer for Archaeometry

The Hitachi X‑MET8000 Optimum Geo handheld XRF analyzer is a cost-effective way to deliver rapid, lab-grade elemental analysis across a wide range of applications—PMI, manufacturing QA/QC, scrap metal recycling, precious metals analysis, Mining and mineral exploration, consumer goods analysis, soil screening, and more. Rugged, intuitive touchscreen, and lightweight (~1.5 kg with battery), it's designed for field and lab use alike.

This listing is pre-configured for archaeometry. The Hitachi X-MET8000 Optimum Geo supports multiple applications, and this listing is configured correctly for the requirements for this use case.

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Features

• X-ray tube: 40kV or 50kV
• X-ray tube filters: 6 position filter changer
• Detector: Large area SDD
• Max. sample temperature: 100ºC or 400ºC with heat resistant window (optional)
• IP54 rating
• Protection against detector window damage: Optional window shield
• Calibrations: Standardless (includes light elements analysis)
• Integrated camera (Optional)
• Small-spot collimator (Optional)
• 6-position filter wheel for the optimized analysis of all elements from Mg to U
• 2 Year Warranty

What You’re Buying from Alloy Geek

This is the Hitachi X-MET8000 Optimum Geo handheld XRF analyzer configured specifically for your use case, with the correct modes, apps, and accessories to support your exact application in the lab or the field.

• Hitachi X-MET8000 Optimum Geo analyzer configured for archaeometry
• Batteries, Rechargeable Li-Ion, Hot Swappable Battery Charger
• Replacement Measurement Windows
• Test stand (optional)
• Sample cups and film (for soils/powders/fluids)
• Carry cases or backpacks

Using Handheld XRF Analysis for Archaeometry

Handheld XRF Analysis is often used in the process for authentication, conservation and restoration of art and historical artifacts because of its a non-invasive nature. XRF can help identify inks, pigments, ceramics, bronzes and other alloys in seconds, without the need for sampling or preparing the tested piece.

The analysis can indicate the date and/or provenance of an object or piece by identifying specific pigments in a porcelain glaze that would only have been used during a particular time period.

Handheld XRF analysis can also help ascertain if, and which part of, an object has been restored, by checking the elemental composition over the surface of the object, and easily pin-pointing differences.

Why Use the Hitachi X-MET8000 Optimum Geo?

• Superior performance: fast analysis and low detection limits for the reliable identification of trace elements
• Versatile: perform qualitative and quantitative analysis of a wide range of materials; use the X-MET’s standard calibrations, or create your own to match your specific requirements
• Integrated camera: position the X-MET accurately on the object to test
• Optional small-spot collimator (3mm diameter): isolate small features from surrounding material for pin-point analysis accuracy
• Wide range of radiation safety accessories

Common Metals Found in Pigments

• Iron (Fe) – Found in iron oxides (hematite, goethite, ochre, sienna, umber) for red, yellow, and brown hues. These are highly stable and widely used in paints, ceramics, and plastics.
• Copper (Cu) – Used in copper-based pigments like verdigris (basic copper carbonate) for greens, and in phthalocyanine blue/green for vivid, lightfast colors.
• Cobalt (Co) – In cobalt blue and cobalt yellow, providing bright blues and yellows with high lightfastness and heat resistance.
• Chromium (Cr) – In chromium oxide green, offering excellent lightfastness and chemical resistance.
• Lead (Pb) – Historically in lead-based pigments like lead white (basic lead carbonate) and yellow (PbO), though now largely replaced due to toxicity.
• Mercury (Hg) – In cinnabar (HgS) for a brilliant red, though toxic and less common today.
• Zinc (Zn) – In zinc white (ZnO) and zinc sulfide for white and yellow pigments, also used in pearlescent pigments.
• Cadmium (Cd) – In cadmium reds, yellows, and oranges, known for high brightness and stability.
• Bismuth (Bi) – In bismuth oxychloride (BiOCl) pearlescent pigments for low-toxicity metallic luster.
• Manganese (Mn) – In manganese dioxide for brown pigments and in some mixed metal oxides.

Alloys and Mixed Metal Oxides

• Mixed Metal Oxides (MMOs) – Combine two or more metal oxides (e.g., ZnFe₂O₄, ZnAl₂O₄) to improve temperature, corrosion, and UV resistance. Common in coatings and functional pigments.
• Zinc Ferrite – A Zn–Fe alloy oxide used for heat stability and corrosion resistance in coatings.
• Pearlescent Pigments – Often based on mica coated with high-refractive-index metal oxides (e.g., TiO₂, Al₂O₃, SiO₂) to create metallic luster.
• Fluorescent Pigments – May contain ZnS, CdS, and activators like Cu, Ag, or Mn to produce UV-activated colors.

Important Hitachi X-MET8000 Model Differences

*Warranty may vary and must be confirmed at time of order.

Why Customers Choose the Hitachi X-MET8000 Optimum Geo

Fast Startup & Rapid Results

The analyzer powers up quickly and delivers alloy identification results in seconds, helping operators move material faster and increase throughput.

Rugged Industrial Design

The Hitachi X-MET8000 Optimum Geo is IP54 rated and tested to MIL-STD-810G ruggedness standards for demanding industrial environments.

Large Touchscreen Interface

The bright touchscreen is glove-friendly and easy to read in outdoor conditions and scrapyard environments.

Lightweight & Ergonomic

At approximately 1.5 kg including battery, the analyzer is designed for comfortable all-day use.

Long Battery Life

Up to 10-12 hours of battery runtime helps reduce downtime and keeps operators productive throughout the workday.

Data Management & Reporting

Store up to 100,000 test results and export reports via USB, WiFi, or Bluetooth. Results can be generated in CSV or tamper-resistant PDF formats for QA/QC documentation and traceability.

What’s Included in a Quoted Configuration

When requesting a quote through Alloy Geek, the configuration is tailored to your operation and may include:

• Hitachi X-MET8000 Optimum Geo handheld XRF analyzer pre-configured for archaeometry
• Appropriate software modes and element suites
• Battery and charging solutions
• Recommended accessories (sample cups, films, test stands, carry cases, etc.)
• Lead time, shipping, and required compliance documentation
• Virtual installation training

Final configuration details are confirmed during the quote process.

Alloy Geek Support

Alloy Geek helps customers select the right handheld XRF analyzer for their specific alloy identification and metal analysis applications. We support customers across scrap recycling, PMI inspection, manufacturing QA/QC, and metal verification industries with equipment sourcing, application guidance, rentals, and training support.

→ Handheld XRF Analyzer Collection
→ XRF Analyzer Rentals
→ Scrap Metal Recycling XRF Analyzers
→ PMI Handheld XRF Analyzers
→ Portable XRF Analyzer Collection
→ Pre-Owned Handheld XRF Analyzers
→ Hitachi X-MET8000 XRF Accessories
→ Hitachi XRF Analyzer Collection

Documents

• Hitachi X-MET8000 Brochure
• Hitachi X-MET8000 Manual

Application Specific Brochures

• Scrap Metal / Recycling with the Hitachi X-MET8000
• PMI Inspection with the Hitachi X-MET8000
• Precious Metals Analysis with the Hitachi X-MET8000
• QAQC with the Hitachi X-MET8000

To Request a Quote

• Request a Quote Online
• Call us at 919-400-1216
• Email us at sales@alloygeek.com

While Alloy Geek holds a limited stock of handheld XRF analyzers, parts, and accessories, your order and lead time will be confirmed at time of order.