Fast, accurate on-site screening for harmful elements in drywall and more!
The X-MET handheld XRF analyser is a fast and simple solution to drywall testing. Results are available in only seconds using the handheld ‘point and shoot’ analyser. In one day, home inspectors can now complete more tests
on-site, also inspect presence of lead and other hazardous contaminants in housings and buildings. There is no need to remove chunks of wall samples to send off for laboratory testing, which can be time-consuming and expensive.
Screening and verification of drywall couldn’t be easier:
Reliable analysis of Strontium and other markers indicate the potential presence of hazardous drywall.
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Portable X-MET
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Fast and reliable results
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Rugged and Reliable
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Why screen with an X-MET?
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Genuine Accessories
The X-MET is an invaluable tool for the Home Inspector
Drywall testing using an X-MET analyser can be done for a fraction of the previous ‘send out’ costs. The X-MET is an ideal solution for identifying harmful substances within drywall pieces or boards that don’t have labels identifying the country of origin or manufacturer.
- Identify individual suspicious boards – to minimize remediation costs by analysing strontium, a key marker in tainted drywall
- Identify drywall pieces missing a label with the country of origin
- Avoid tedious sample preparation and sending samples to a laboratory
- Utilize fast information for reliable Go/No-Go decisions with simplified Pass/Fail warnings to identify tainted walls
- Test for lead (Pb) and other hazardous elements in paint
Point and shoot means its quick, clean and easy. The X-MET allows you to screen for tainted drywall even through paint and plaster. Just point the X-MET against the drywall and shoot – after few seconds, the concentration of strontium is shown on the screen and a pass /fail status can be attributed.
- Highly accurate strontium (Sr) analysis down to ppm level
- Optimised Fundamental Parameters calibration for Sr analysis
- Totally non-destructive method, no need to cut pieces from the drywall for analysis
- Analysis can be done directly through paint and wallpaper
- Cut down the laboratory costs by doing on-site screening and sending fewer samples to the lab.
- Get your results instantly saving time and money
- No radioactive isotopes to license and replace
- Up to 10-12 hour operation on a single battery charge. 2 batteries included.
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The NEW X-MET7000 handheld analyser is based on extensive customer feedback and offers many improvements, providing rugged on-site analysis in the world’s most challenging environments.
- Built to withstand the harshest environments and weather condition
- High impact resistant plastic housing with environmental sealing
- IP54 compliant (equivalent to NEMA 3). Superior protection against dust
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- Faster testing with less damage to property improves customer service
- Totally non-destructive Testing (NDT) means less repair costs, saving your customers money
- There is no need to drill a hole in every piece of drywall in a room, no patching, repairing or repainting after the inspection
- Faster, more accurate analysis means completing more inspections per day, in less time
- The X-MET securely stores up to 100,000 test results
- Fast ROI payback through faster testing and improved accuracy
- Easy to use and easy to learn
- The X-MET uses the same technology as the U.S. CPSC (Consumer Product Safety Commission) and EPA (Environmental Protection Agency)
- The X-MET has been trusted for over 35 years by inspectors in the metals industry worldwide, but also
for detecting lead in children’s products, hazardous elements in soil, and restricted compounds in
electronic components. Now the X-MET is also optimized for drywall screening.
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Holster

Light radiation shield |
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Use Oxford Instruments' genuine accessories to boost productivity even further!
X-MET has a wide selection of genuine accessories to meet your special needs.
Such as:
- Holster for carrying and protecting the X-MET analyser while not in use
- Light radiation shield
to protect the user when measuring samples that might scatter the X-rays
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