Mobile Truck Scanner
The uniXGATE B9000M is a rapidly deployable mobile high-energy X-ray inspection system for non-intrusive screening of trucks, containers and cargo. Using a 4–9 MeV Betatron accelerator, it provides high-penetration imaging and material discrimination for inspection of loaded vehicles without manual unloading.
Built on a relocatable semi-trailer platform, the B9000M supports mobile scan and portal modes and can typically be deployed in 15–20 minutes. It is designed for Customs, Border Security, ports, logistics hubs and temporary checkpoints where high-energy inspection capacity is required.
Mobile Deployment
The uniXGATE B9000M combines a relocatable semi-trailer design with a deployable detector boom for rapid high-energy X-ray inspection, with typical deployment in approximately 15–20 minutes.
Flexible Inspection Deployment
The uniXGATE B9000M provides a relocatable high-energy X-ray inspection capability, suitable for changing operational environments, temporary checkpoints and locations without permanent scanning infrastructure.
Built for Rapid Relocation
The uniXGATE B9000M is built on a semi-trailer platform for rapid relocation, allowing high-energy X-ray inspection capacity to be moved between operational sites as required.
Portal Mode Inspection
The uniXGATE B9000M can operate in portal mode, where the deployed scanner remains stationary while vehicles pass through the inspection system at controlled speed for high-energy X-ray screening.
Compact Transport Mode
The uniXGATE B9000M folds its inspection structure into the semi-trailer for transport and relocation, allowing the system to be moved efficiently between operational sites.
Ready for Relocation
The uniXGATE B9000M can be configured for road transport between deployment locations, enabling inspection capacity to be relocated according to changing operational requirements.
Complete Mobile Inspection Package
The uniXGATE B9000M can be deployed with a mobile command room, creating a complete relocatable package for X-ray inspection and operator control.