Compact dual-energy detector solution that meets the cost and reliability requirements of urban security X-rays.
Enables notable total cost savings, up to 50% in value-segment systems
Provides superior imaging quality without compromise
Easily scalable to various system set-ups
Fits to compact system designs
Suits harsh imaging conditions
Supports easy installation and maintenance
Maximizes uptime and lifetime in use
Speeds up time-to-market
Reduces energy consumption and CO₂ footprint, 40% material reduction
Key features
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- Dual-energy detector solution boosted with on-chip algorithms and DT API
- Simplified HW design: One PCB for dual energy with embedded optimized filter
- Robust structure with reliable mechanical and electrical interfaces
- Fully digitalized data path with cross-platform support for Windows, Linux, and ARM systems
- Compact mechanical size
- Complete subsystems available including detector boards, data combiner boards, and software libraries
- Optimized scintillator structures and materials for improved image quality and cost efficiency
- Multi-row TDI option for sharp, high-contrast penetration images at high scanning speeds
Applications
- Value segment
- Urban security: Train and metro stations, critical infrastructure
- Mid-tier
- Aviation
- Mining
- Vehicle inspection
- High-tier
- TDI: Mining and sorting, aviation logistics
Downloads and links
Advanced, versatile and affordable X-ray line detector series
The AVA product family is a modular, off-the-shelf line-scan detector series designed to deliver versatility, cost efficiency, and superior imaging performance for security and industrial X-ray applications. Covering a comprehensive range from value-level systems to premium line scanners, AVA supports applications from entry-level urban security and high-speed aviation to advanced mining and sorting with high-definition time delay integration (TDI) technology.
Available as complete subsystems—including detector and data combiner boards, software libraries, and accessories—AVA enables easy system integration and shorter time-to-market. Its simplified hardware design, combined with on-chip algorithms and the cross-platform DT API, ensures smooth operation across Windows, Linux, and ARM systems.
The dual-energy architecture integrates two scintillator layers with an embedded optimized filter on a single PCB, cutting material use by 40% and increasing robustness with fewer interfaces and stronger connections. Optimized scintillator structures and materials enhance image quality and cost efficiency by reducing material requirements while improving signal performance. For demanding high-speed applications, multi-row TDI delivers exceptionally sharp, high-contrast penetration images.
Compact, durable, and energy-efficient, AVA reduces energy consumption, minimizes carbon footprint, and ensures maximized uptime and lifetime even in harsh environments. Designed for straightforward installation and maintenance, it helps customers lower total system costs and achieve up to 50% savings in value-segment applications—without compromising imaging performance.
