MBX
MBX is a mobile X ray backscatter screening system designed for flexible field inspection of vehicles, cargo, and large objects. It is deployed where rapid response, mobility, and minimal infrastructure are required, and where fixed inspection systems are not available or not practical. The system supports detection tasks related to contraband and high risk items, with strong sensitivity to organic materials such as narcotics and explosives.
MBX uses a backscatter imaging approach with an open scanning concept. As the system is not limited by a tunnel geometry, it allows inspection of a wide range of targets, including passenger vehicles, delivery vehicles, trucks, pallets, and other large loads, without unloading or opening compartments in most operational scenarios.
The MBX system is designed as a self-contained mobile inspection platform capable of operating in demanding environmental conditions. System components are protected for use in hot and cold climates, and the software architecture supports integration and communication with other systems. Remote access and connectivity options support operational coordination and technical support where required.
Operational Capability Overview
TECHNOLOGY CLASSES WITHIN MBX MOBILE SCREENING
Mobile backscatter screening systems in the MBX category generally fall into the following operational classes:
Chassis Based Mobile Backscatter Vans
Fully integrated inspection systems installed on a dedicated vehicle platform to enable rapid deployment and self-contained operation.
Multi-Mode Mobile Inspection Platforms
Mobile systems that support different inspection workflows, including stationary and movement based screening concepts, depending on site control and traffic flow.
Network Enabled Mobile Screening Units
Mobile screening systems designed to support communications, remote access, and integration with other security and operational systems where required.
MBX MOBILE SCREENING PRODUCTS
Both variants are mobile X ray backscatter vans and provide identical MBX screening capabilities. The distinction between them is the vehicle platform, allowing organizations to select the chassis that best aligns with fleet standards, service availability, and logistical preferences.