PX1 | HANDHELD BACKSCATTER X-RAY IMAGER

The Videray PX-1 is handheld X-ray imager that can see through materials such as steel. Using an industry leading 140kv X-ray source to penetrate materials and create an image of what is hidden inside. The image is then displayed on the built-in screen so that the operator can see what is hidden without having to open or damage the object.

The PX-1 has several key advantages over other handheld X-ray imagers: HIGH PENETRATION POWER | SUPERIOR IMAGE QUALITY | PORTABLE AND EASY TO USE

This makes the PX-1 a versatile tool that can be used for a variety of applications, including:
LAW ENFORCEMENT | The PX-1 can be used to detect weapons, drugs, and other contraband in packages, vehicles, and buildings.
SECURITY | The PX-1 can be used to inspect infrastructure, such as bridges, pipelines, and buildings, for hidden damage or defects.
INDUSTRIAL INSPECTION | The PX-1 can be used to inspect welds, castings, and other industrial components for hidden defects.
MILITARY | The PX-1 can be used to detect explosives and other threats in war zones.

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DATASHEET

FEATURES & BENEFITS​

See through

SEE THROUGH

More power equals better image performance.
With 140 keV and our patented optics, seeing through more material with greater depth is now possible.

Optimizing time

OPTIMIZING TIME

Portability and superior image quality can definitely expedite the inspection process by allowing for quick scans and dispositioning of potential threats without compromising safety and security.

Reduce Uncertainty

REDUCE UNCERTAINTY

We know the risks involved. That is why we have worked to bring the highest surface penetrating handheld system to the market -keeping our security forces safe and one step ahead at all times.

Accomplish the mission

ACCOMPLISH THE MISSION

Our focus is to develop innovative technologies that empowers those who proudly serve to keep society safe from threats and uncertainties.

IMAGES

PX1-011
PX1-025
PX1-020
MTP+

Easily connects with our MTP+ and grants a sharper, refined and enhanced dual-image result.