X-ray fluorescence spectrometer

Why choose X-MET8000 portable spectrometer

excellent performance

X-METThe provided analysis of light elements (magnesium, aluminum, silicon, phosphorus, sulfur, chlorine) has a low detection limit and can provide accurate and reliable results at any time.

By using the flexible basic parameter method (FP) for analysis, multiple materials can be tested; Or if traceable and highly accurate results are required, empirical calibration can be used.

Durable and sturdy with low cost of ownership

• X-MET that meets IP54 requirements (equivalent to NEMA 3), is waterproof and dustproof, and can be used in the field.

• Through MIL-STD-810GDurable standard testing.

• The optional anti puncture window film can prevent high maintenance costs caused by detector damage due to measurement on rough surfaces.

Easy to operate

The large touch screen and icon based user interface allow users to start operating almost without training.

Ergonomic compliance

X-METLightweight (including only 1.5 kilograms of battery), simple, and well-balanced, it can be used for a long time while greatly reducing fatigue strength.

Advanced Data Management

*Flexibility: Up to 100000 results can be saved on X-MET, reports can be output to USB or PC, X-MET data can be synchronized to smartphones or stored on cloud servers via WiFi.

application

It is crucial to implement quality control and assurance at different stages of production to prevent potential product accidents and their costly consequences. By using handheld X-ray fluorescence (HHXRF), you can quickly inspect the incoming materials and confirm that qualified alloy materials have been used from manufacturing to delivery.

Why choose the X-MET8000 series handheld alloy analyzer to complete this task?

X-METProvide:

• Provide laboratory level performance for fast and reliable metal analysis

• Provide multiple and customizable alloy grade databases for accurate alloy grade identification

• Durable and sturdy with low cost of ownership

• Easy to use: Users hardly need training

• Diversified data management: Store data in analyzers, create test reports, or use our mobile app and cloud services to manage your data anytime, anywhere.

handheldX-ray fluorescence spectrometerApplied to the recycling of scrap metals

The annual processing of metal waste exceeds 400 million tons, and the value of the metal recycling industry reaches billions of dollars. By testing the sorting of scrap metals, from classifying mixed waste into low value and high-value materials, to determining the composition and output quality of the waste entering the melt, each stage of the metal recycling process can add value. Our X-MET analyzer is used in scrap metal processing and recycling markets around the world, adding value to every stage of the metal recycling process.

Why choose X-MET8000?

• By accurately identifying alloy grades and conducting elemental chemical analysis (including analyzing impurities and punishing elements), productivity and profits can be maximized

• Detecting alloys, waste catalytic converters, and other materials

• Easy to use: testing can start in a few seconds; Almost no user training required

• Durable and sturdy: IP54 rating (sealed, dustproof, and splash proof), and tested by MIL-STD 810G for durability and sturdiness

• Low cost of ownership: Our optional anti pinch window protects the analyzer's detector from expensive repairs when measuring corners and other sharp objects

• *Data management: Store data in analyzers, USB drives, or share results in real-time with colleagues and buyers using our mobile app and cloud services

handheldX-ray fluorescence spectrometerApplied to Material Reliability Identification (PMI)

Equipment failures in petrochemical enterprises and power plants may have catastrophic consequences. Enterprises and factories can effectively reduce the risk of serious accidents caused by malfunctions and prevent potential catastrophic accidents by conducting material reliability testing (PMI) on key equipment before and after use. Through handheld devicesX-ray fluorescence spectrometer(HHXRF)， You can confirm the alloy grade and its elemental chemical composition on site within a few seconds. You no longer need to rely on supplier certification documents.

Why choose X-MET8000 handheld spectrometer for PMI inspection?

• Provide laboratory grade performance for fast and reliable metal analysis

• Provide multiple and customizable grade databases for accurate alloy identification.

• Durable and sturdy, with low cost of ownership

• Easy to use: Almost no user training required

• Task oriented design: an ergonomic optimized design that is easy to use for detecting materials that are difficult to reach, such as bends and corners

• Diversified data management: Store data in analyzers, create custom test reports, or use our mobile app and cloud services to manage your data anytime, anywhere.

handheldX-ray fluorescence spectrometerApplied to Quality Assurance/Quality Control (QA/QC)

To avoid economic and reputational losses caused by product mixing, non-compliance, and other issues, it has become particularly important to conduct quality inspections and quality control at various stages of production. Quality Assurance/Quality Control (QA/QC) procedures enable factory operators to test critical components before and after installation to ensure compliance with design requirements and prevent potential catastrophic failures. Through handheld devicesX-ray fluorescence spectrometer(HHXRF)， You can confirm the alloy grade and its elemental chemical composition on site within a few seconds. You no longer need to rely on supplier certification documents.

Why choose X-MET8000 handheld spectrometer for PMI inspection?

• Provide laboratory grade performance for fast and reliable metal analysis

• Provide multiple and customizable grade databases for accurate alloy identification.

• Durable and sturdy, with low cost of ownership

• Easy to use: Almost no user training required

• Task oriented design: an ergonomic optimized design that is easy to use for detecting materials that are difficult to reach, such as bends and corners

• Diversified data management: Store data in analyzers, create custom test reports, or use our mobile app and cloud services to manage your data anytime, anywhere.

handheldX-ray fluorescence spectrometerApplied to precious metal and jewelry testing

Handheld X-ray fluorescence (HHXRF) analyzers are commonly used to detect jewelry and other precious metal items (such as coins, silverware) to verify authenticity and determine their value. The high prices of precious metals such as gold (Au) and platinum (Pt) mean that small differences in composition can result in significant differences in product value. HHXRF has many advantages: fast, non-destructive (no scratches or damage to the tested item, no material loss), and can provide multi-element analysis for large and small precious metal items.

Why choose X-MET8000?

• Fast and accurate: high analytical detection volume, expanding productivity and profitability

• Multipurpose: Analyze valuable metals, impurities, and toxic elements (such as lead and cadmium) to identify potentially harmful substances

• *Portable: The X-MET8000 is compact and lightweight (including a 1.5kg battery), and can be transported and used anytime, anywhere. The lightweight carrying bracket can be placed inside the transport box of the analyzer

• Easy to use: intuitive user interface; Almost no user training required

• Optional integrated camera and small spot collimator: Understand the part of the sample you are testing

handheldX-ray fluorescence spectrometerApplied to ternary catalysis

The different and volatile prices of platinum (Pt), palladium (Pd), and rhodium (Rh) in catalytic converters are extremely important influencing factors in the purchase and recovery of catalytic converters, meaning that even small differences in composition can result in significant differences in product value. The handheld X-ray fluorescence (HHXRF) analyzer is equipped with professional ternary catalytic calibration, a calculation method to eliminate interference from elements in the sample, and is used to measure catalyst composition. HHXRF has many advantages: it is fast, non-destructive, and the calibration curve has strong flexibility. It can be calibrated twice based on customer provided standard samples or known content samples, further improving the accuracy of analysis.

Why choose X-MET8000?

Fast and accurate: high analytical detection volume, expanding productivity and profitability

• *Portable: The X-MET8000 is compact and lightweight (with only 1.5 kilograms of battery included), and can be transported and used anytime, anywhere. The lightweight carrying bracket can be placed inside the transport box of the analyzer

• Easy to use: intuitive user interface; Almost no user training required

• Flexible calibration curve, capable of secondary calibration

handheldX-ray fluorescence spectrometerApplied to compliance testing

Whether you are a manufacturer, retailer, or importer of electronic devices, children's products, and other consumer goods, you will be affected by the Restriction of Hazardous Substances (RoHS) and other directives such as the 2008 CPSIA Consumer Product Safety Improvement Act, Packaging Directive, WEEE Electronic and Electrical Equipment Waste, CA 65, etc. These directives have been developed in different regions to improve product safety and reduce environmental pollutants by controlling the "upstream" sources and processing technologies of products. This legislation affects various industries worldwide, including raw material suppliers, component and finished product manufacturers, and retailers.

Compliance screening through X-ray fluorescence (XRF) provides information on the chemical composition of the tested component elements. Due to its fast speed and non-destructive nature, it is widely used and supported by standard testing procedures such as the IEC 62321 method.

Why choose X-MET8000?

• *Portable: Compact and lightweight, X-MET can be taken to places that require analysis (such as production lines, warehouses, docks)

• Quickly and accurately screen various materials (such as polymers, alloys)

• Quick: Make an acceptance/rejection decision on the spot

• Easy to use: Almost no user training required

• Optional small spot collimator (diameter 3mm): accurately detects small samples by isolating it from surrounding materials

• Integrated camera: Clearly see the part of the sample you are testing

• *Data Management: Store results on the analyzer, export reports to a USB drive, or use our mobile app and cloud services to manage your data in real-time

handheldX-ray fluorescence spectrometerApplied to soil heavy metal detection

Soil pollution is gradually caused by human activities such as industrial processes (such as mining and manufacturing), agriculture (using fertilizers and pesticides), or waste disposal (such as improper landfill).

Exposure to certain pollutants such as lead and cadmium is harmful to human health, and many countries have established relevant regulations and plans to identify contaminated areas and manage remediation processes (remediation).

For example, as part of the US waste management program, the US Environmental Protection Agency introduced the 6200 standard to determine key elements in soil and sediment using on-site portable/handheld X-ray fluorescence (XRF) spectroscopy.

Operators can use HHXRF to quickly screen for heavy metals and other pollutants on site. This enables them to greatly reduce the number of samples sent to off-site laboratories for analysis, as well as lower analysis costs and the time required to complete testing procedures. By isolating problem areas and determining remediation boundaries on site, operators can significantly reduce soil treatment and disposal costs.

Why choose X-MET8000 GEO?

• Excellent performance: utilizing our revolutionary BOOST ™ Technology and large-area silicon drift detectors meet current and future detection requirements. They provide 10 times the sensitivity of other HHXRF models, providing the required low detection limits for measuring key elements in soil, sludge, and sediment, such as the US EPA 6200 method RCRA and priority elements

• Quick analysis: quickly complete the investigation

• Outstanding stability: You can trust the results regardless of the environment.

• Reduce ownership costs due to durability and minimize downtime caused by equipment.

• Easy to use: Almost no user training required

• Embedded GPS: Combining geographic coordinates with test results to achieve site mapping.

• *Data management function: Print results anytime, anywhere through a Bluetooth printer and attach them to the sample bag to avoid confusion; Export it to a USB drive, or use our mobile app and cloud services to manage results in real-time anytime, anywhere

handheldX-ray fluorescence spectrometerApplied to mining

X-MET8000Handheld XRF (HHXRF) analyzer provides fast, on-site geochemical analysis in multiple stages of mining, from early exploration to environmental monitoring after site closure. This greatly reduces the need for laboratory analysis, accelerates the decision-making process, and reduces testing costs.

Why choose X-MET8000 GEO?

• Excellent Performance: Our Revolutionary BOOST ™ The technology and large-area silicon drift detector provide 10 times the sensitivity of other HHXRF models, providing the low detection range required for measuring pathfinders or penalty components.

• Quick analysis: measure up to 40 elements in seconds; Quickly complete the testing program.

• Reduce ownership costs due to durability and minimize downtime caused by equipment.

• Outstanding stability: You can trust the results regardless of the environment.

• Easy to use: Almost no user training required.

• Built in GPS: combines geographic coordinates with test results to achieve site mapping.

• *Data management function: Print results anytime, anywhere through a Bluetooth printer and attach them to the sample bag to avoid confusion; Export it to a USB drive or use our mobile app and cloud services to manage results in real-time anytime, anywhere.

handheldX-ray fluorescence spectrometerApplied for coating thickness measurement

Metal coatings are used in many industries and for decorative purposes (such as mirror polishing, gold) to enhance corrosion resistance, improve weldability, increase hardness, reduce friction and wear, and more.

To ensure that the thickness of the coating is sufficient to endow the parts and components with the required performance, and that materials are not wasted due to excessive coating thickness, electroplating companies need to control their processes and inspect whether the final product meets specifications.

Coating thickness measurement based on X-ray fluorescence (XRF) is a widely accepted and recognized analytical technique in the industry. Handheld XRF provides comprehensive versatility: you can take the analyzer to the place where it needs to be tested.

Why choose X-MET8000?

• Easy to operate: X-MET has an intuitive user interface for "alignment detection"; almost no user training is required

• Fast and non-destructive analysis: Quickly make process change decisions; The inspected parts have no scratches or other damages; Do not waste

• Multi functional: Analyze coated and uncoated materialsParts and plating solution

• Ideal for detecting bulky and large projects

• Durable and sturdy: IP54 rating (sealed, dustproof, and splash proof), tested by MIL-STD 810G, sturdy and durable, X-MET designed for use in harsh environments

handheldX-ray fluorescence spectrometerApplied to Archaeology

Handheld X-ray fluorescence (HHXRF) is often used in the identification, preservation, and restoration processes of art and historical artifacts. This is a non-invasive technology that can identify inks, pigments, ceramics, bronze, and other alloys in seconds without the need for sampling or preparing test samples. Analysis can display the date and/or origin of an item or component, such as detecting specific pigments in glaze and identifying porcelain that was only used during a specific period. Handheld XRF analysis can also determine which part of an object has been repaired by examining the elemental composition of its surface, and easily identify differences.

Why choose X-MET8000?

• Excellent performance: rapid analysis and low detection limits, reliable identification of trace elements

• Multipurpose: Qualitative and quantitative analysis of various materials; Use X-MET's standard calibration or create custom calibration according to your specific requirements

• Integrated camera: Accurately locate X-MET on the object to be detected

• Optional small spot collimator (diameter 3mm): separates small features from surrounding materials to achieve needle point analysis accuracy

• Multiple radiation safety accessories

model

X-MET8000 Smart

• XRadiation tube: 40kV

• Filter: Single

• Detector: Large area SDD

• Maximum sample temperature: 400 º C

• Compliant with IP54 rating

• Thick Kapton®Window: Protection to prevent damage to the detector's window

• Calibration: Basic Parameter Method (FP)

• Built in camera (optional)

X-MET8000 Optimum

• XRadiation tube: 40kV or 50kV

• Filter: Six positions

• Detector: Large area SDD

• Maximum sample temperature: 100 º C or through HERO ™ Heat resistant window 400 º C (optional)

• Compliant with IP54 rating

• Optional window protective cover: protects the detector's window from damage

• Calibration: Basic parameter method (including light element analysis)

• Built in camera (optional)

• Small light class collimator (optional)

• Prioritize analysis for all elements from magnesium to uranium

X-MET8000 Expert

• XRadiation tube: 50kV

• Filter: Six positions

• Detector: Large area SDD

• Maximum sample temperature: 100 º C or through HERO ™ Heat resistant window 400 º C (optional)

• Compliant with IP54 rating

• Optional window protective cover: protects the detector's window from damage

• Calibration method: Automatic jump empirical coefficient method (traceable)

• built-in camera

• Small light class collimator (optional)

• Prioritize analysis for all elements from magnesium to uranium