Next-Generation 3D Spectral Security Gateway
Security checkpoints today handle unprecedented visitor volumes while facing constantly evolving risks. Long queues, operator fatigue, and limited visibility slow entrances and expose venues to unnecessary vulnerabilities. Conventional X-ray scanners can’t always keep up—especially when human attention becomes the weakest link.
LV STREAM Spectral changes that. Built on our proven LV STREAM foundation, it introduces triple-angle 3D Spectral Tomosynthesis and adaptive AI analytics to automatically detect threats inside bags in real time. Each scan is processed in less than one second, maintaining continuous movement and achieving up to 1400 bags per hour without interrupting flow.
Seamless integration for unified security
The system connects effortlessly with walk-through metal detectors, body scanners, and access-control points, creating a coordinated security lane managed from a single interface. By sharing alarms, status, and data across connected systems, LV STREAM Spectral eliminates redundant checks and consolidates all screening tasks into one intelligent gateway.
Spectral evolution — seeing what others can’t
Using spectral imaging, the scanner differentiates materials by their energy response, distinguishing organic, inorganic, and mixed substances with exceptional precision. Its AI core analyses these spectral patterns instantly, identifying weapons, explosives, and complex threats that traditional dual-view systems often miss.
One platform for every entry
Each LV STREAM Spectral unit can operate standalone or as part of a connected venue network. All gateways report to one control console, ensuring unified monitoring, simplified staffing, and consistent safety across every entrance—whether it’s a school, arena, or transportation hub.
Adaptive intelligence built for real crowds
The adaptive AI continuously learns from visitor patterns and bag density, tuning processing speed and sensitivity automatically. Bags remain synchronized with their owners, keeping entrances open and visitors moving naturally—no queues, no repeated checks, no disruptions.
Spectral imaging redefined
Triple-angle 3D Spectral Tomosynthesis merges data from three X-ray sources positioned at different angles to reconstruct a volumetric image of every bag. Multi-energy analysis enriches this view with density and composition details, giving the AI unprecedented insight into concealed or overlapping objects.
Proven performance with intelligent integration
The same AI that powers detection also manages communication between systems, allowing seamless interaction with metal detectors and body scanners. This unified checkpoint architecture multiplies screening efficiency, enhances threat detection accuracy, and reduces operational costs across the site.
Operational efficiency that scales
From a single entrance to a multi-gate venue, the modular design scales effortlessly. Shared analytics and central supervision ensure balanced throughput, optimized staffing, and consistent compliance with evolving security standards.
Benefits by audience
For operators
- Unified control of bag scanners, metal detectors, and body scanners
- Simple single-tablet interface with clear alerts
- Reduced cognitive load and consistent workflow
For decision-makers
- 1400 bags per hour per lane with predictable flow
- Lower OPEX through integrated staffing and automation
- Scalable, centrally managed architecture for multi-gate venues
For visitors
- Non-stop entry without queues or repeated checks
- Single, streamlined screening experience
- Consistent safety and comfort across all entrances
Venue advantages
- Hardware optimized for AI performance and reliability
- 3D Spectral Imaging for advanced material differentiation
- AI-driven automatic clear / threat decision in real time
- Bag-to-visitor synchronization for continuous flow
- Seamless integration with walk-through and body scanners
- Unified checkpoint control via single operator tablet
- Centralized analytics and monitoring for the entire venue
- Modular scalability from one gate to a full network
3D Spectral Imaging
Captures both shape and material composition using multi-energy X-ray analysis for real-time identification of organic, inorganic, and composite materials.
AI Automatic Threat Decision
AI engine classifies each bag as clear or potential threat automatically, eliminating continuous manual review and ensuring objective, real-time decision-making.
Continuous Bag Flow
Bags move in sync with their owners for uninterrupted flow — each scan under one second, maintaining throughput up to 1400 bags per hour with no queues.
Unified Venue Platform
All gateways operate in a single network, providing centralized alarm management, system control, and synchronized throughput across every entrance.
Adaptive AI Architecture
Continuously learns from thousands of scans, adjusting to crowd density and bag complexity to maintain accuracy and stability in any environment.
Modular Design and Integration
Compact, modular construction fits existing checkpoints and integrates easily with walk-through detectors, body scanners, and access control systems.
High Footfall baggage inspection system videos
High-Traffic Bag X-Ray Technical data
Technical details
| Scanning technology | Triple-angle 3D Spectral Tomosynthesis (multi-energy X-ray sources) |
| AI analytics | Adaptive AI engine for real-time automatic threat detection and material classification |
| Throughput capacity | Up to 1400 bags per hour / < 1 second per scan |
| Inspection tunnel size | 520 mm (W) × 310 mm (H) |
| Conveyor height | 770 mm |
| Conveyor speed | Approx. 0.7 m/s (AI-controlled adaptive flow) |
| Operation mode | 24/7 continuous operation with self-diagnostics and remote monitoring |
| Scanning direction | Unidirectional bag-to-visitor synchronized movement |
| Display / Control interface | Centralized touch panel with AI status, alerts, and event logging |
| Radiation safety | Certified cabinet system < 1.0 µSv/hr at 0.1 m; compliant with IAEA / NPSA / TSA standards |
| Power supply | Single phase 230 V ± 10 % or 120 V ± 5 %, 50/60 Hz (max 1.2 kVA) |
| Operating temperature / humidity | 0 °C to +40 °C / up to 90 % non-condensing |
| System architecture | Modular gateway design for venue-level network integration |
Dimensions
| Overall dimensions (without roller tables) | |
|---|---|
| Length | 2830 mm |
| Width | 740 mm |
| Height | 1360 mm |
| Weight (maximum) | ≈ 450 kg (including spectral modules and shielding) |
|---|
Technical details
| Scanning technology | Triple-angle 3D Spectral Tomosynthesis (multi-energy X-ray sources) |
| AI analytics | Adaptive AI engine for real-time automatic threat detection and material classification |
| Throughput capacity | Up to 1400 bags per hour / < 1 second per scan |
| Inspection tunnel size | 20.5 in (W) × 12.2 in (H) |
| Conveyor height | 30.3 in |
| Conveyor speed | Approx. 2.3 ft/s (AI-controlled adaptive flow) |
| Operation mode | 24/7 continuous operation with self-diagnostics and remote monitoring |
| Scanning direction | Unidirectional bag-to-visitor synchronized movement |
| Display / Control interface | Centralized touch panel with AI status, alerts, and event logging |
| Radiation safety | Certified cabinet system < 0.1 mR/hr at 4 in; compliant with IAEA / NPSA / TSA standards |
| Power supply | Single phase 120 V ± 5 % or 230 V ± 10 %, 50/60 Hz (max 1.2 kVA) |
| Operating temperature / humidity | 32 °F to 104 °F / up to 90 % non-condensing |
| System architecture | Modular gateway design for venue-level network integration |
Dimensions
| Overall dimensions (without roller tables) | |
|---|---|
| Length | 111.4 in |
| Width | 29.1 in |
| Height | 53.5 in |
| Weight (maximum) | ≈ 990 lb (including spectral modules and shielding) |
|---|
Accessories
Preventive maintenance solution by remote system monitoring software
The next generation of AI for automatic x-ray threat detection in cargo and baggage
Reviews and related links
Across the U.S., school administrators are facing growing pressure to protect students and staff from evolving security threats. From concealed weapons and disassembled firearms to homemade explosives, the risks entering through schoolbags are real and rising. Traditional methods often rely on human review, which is slow and prone to error.
Today’s leading security experts are turning to next-generation technologies like AI-powered X-ray screening systems. These systems use raw image data for real-time threat detection, identifying high-risk items faster and more accurately than the human eye ever could. This innovation is key to transforming school checkpoints into safe, efficient, and non-intrusive security gateways.
The LV STREAM solution by LINEV Systems combines the speed of 1300+ bag scans per hour with fully automated analysis — no operator interpretation required. Trusted by schools and venue security teams alike, it’s a smarter, safer way to protect what matters most.
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