MT1213LE Mobile X-Ray Scanner – Container & Vehicle Inspection – Compact Lightweight Format – Two-Axle Chassis – Material DiscriminationCompact mobile inspection system for containers and vehicles. The MT1213LE stands out with its significantly more compact format featuring a shorter, lightweight, unbodied chassis offering exceptional maneuverability. Compact ergonomic operator cabin. Operates in standard and Drive-Through modes.
Lightweight and Compact DesignLightweight design and small footprint: lightweight construction with two-axle chassis enabling excellent road adaptability and minimal operational space requirements.
Rapid 15-minute deployment.
Optimal mobility enhancing detection of explosives, narcotics, and contraband.
Dual-Energy LINAC TechnologyInterlaced dual-energy 6/3 MeV electron linear accelerator for organic/inorganic discrimination with color coding.
240 mm steel penetration.
Maximum scan dimensions: 18 m (L) × 2.6 m (W) × 4.6 m (H).
Two Inspection ModesStandard mode: stationary objects, mobile system at 0.4 m/s, throughput 20-25 vehicles/hour. Drive-Through mode: stationary system, moving vehicles at 5 km/h, throughput 80 vehicles/hour.
Real-time synchronized image acquisition.
Multi-Function IntegrationOptions: LPR (license plate recognition), RM (radiation monitor), CCR (container code recognition), Drive-Through mode, EDI and network interfaces. Radiation protection compliant with IAEA, ICRP, and WHO standards.
Technical specifications- X-ray source: Interlaced dual-energy electron linear accelerator
- Energy: 6/3 MeV
- Steel penetration: 240 mm
- Maximum scan dimensions: 18 m (L) × 2.6 m (W) × 4.6 m (H)
- Throughput: 20-25 vehicles/h (standard) / 80 vehicles/h (Drive-Through)
- Scan speed: 0.4 m/s (standard) / 5 km/h (Drive-Through)
- Operators: Minimum 2 (system operator & image analyst)
- Chassis: Two-axle, lightweight and compact
- Zoom: 1/4x, 1/2x, 1x, 2x, 4x
- Options: EDI/network interfaces, RM, Drive-Through mode, CCR, LPR
Compact mobile solution for container and vehicle inspection in ports, border crossings, airports, and temporary checkpoints requiring optimal mobility and maneuverability.