High-Speed Image Acquisition System for Multi-Functional X-ray Array Security Inspection Vehicles Suitable for Global B2B Buyers

Customization:	Available
Warranty:	One Year Free Warranty
Certification:	CE, ISO

📋

Basic Specifications

Model NO.

IWILDT AN-48002800HMD

Form

Flatbed

Application

Security Check

Type

Industrial High-Definition X-ray Detector

Ray Energy

4-7.5 Mev

Penetration

Max 350mm Steel Plate

Tunnel Size

5m (W) X 4.8m (H)

Scanning Speed

0.8m/S

Throughput

30-100 Vehicles Per Hour

Structure

Track Mobile Gantry Structure

🔍

Product Introduction

The multi-scan vehicle security inspection system is specially designed for high-security inspection of container vehicles at customs, ports, military bases, and border crossings. It significantly reduces the need for manual, labor-intensive safety inspections of trucks and containers.

Utilizing advanced X-ray fluoroscopy, the system scans materials, volume, and quantity of goods to verify consistency with shipping manifests. It is highly effective in detecting threats such as contraband, weapons of mass destruction (WMDs), and dangerous chemicals.

The system features an adjustable electron accelerator from 4MeV to 7.5MeV, capable of penetrating up to 350mm of steel. It offers two scanning modes: a mobile scanning mode for up to 30 vehicles per hour and a through-scanning mode for up to 100 vehicles per hour.

⚙️

Technical Parameters

Electron Induction Accelerator

Ray energy: 4 ~ 7.5mev
Irradiation direction: Side illumination type
Penetration: 350 mm thick steel plate
Radiation protection: 200mm thick lead tank
Collimator: Electric "shutter" device, ultra-narrow slit beam output

Detection System

Structural design: Rail mobile gantry structure
Appearance dimension: 9m (L) x 2.8m (W) x 5m (H) (excluding track)
Channel size: 5m (W) x 4.8m (H)
Detection crystal: BGO
Photoelectric conversion: SIPM photon counter
Number of pixels: 2048

Image Processing & Software

Software functions: Edge enhancement, image inversion, histogram equalization, organic/inorganic matter removal, real-time video
Image format: JPG, BMP, and TIFF (named by scanning time)
Recognition features: License plate recognition and container code identification
Data storage: 500,000 images standard capacity

🖼️

System Visuals

⚡

Equipment Performance

Scanning Modes:

Active Scanning: The gantry moves along the track while the vehicle remains stationary. Ideal for detailed inspection.
Passive Scanning: The gantry remains stationary while the driver drives the vehicle through. Includes automatic cab avoidance to protect the driver from radiation.

Environmental Adaptability: Operating temperature from -40°C to +50°C. Waterproof grade IP45. Capable of operating in rain, snow, and dust conditions.

❓

Frequently Asked Questions

Q1: What is the maximum penetration capability of the system? A: The system uses a high-energy electron accelerator (4-7.5 MeV) allowing it to penetrate up to 350mm of thick steel plate in active scanning mode.

Q2: How many vehicles can be inspected per hour? A: In active mobile scanning mode, it can inspect up to 30 vehicles per hour. In passive through-scanning mode, the throughput increases up to 100 vehicles per hour.

Q3: Is the system safe for drivers during scanning? A: Yes, in passive scanning mode, the system utilizes automatic avoidance control technology to scan only the container part, ensuring the driver's cab avoids direct radiation exposure.

Q4: What types of threats can the system detect? A: The system is designed to identify terrorists, gunpowder, toxic substances, weapons of mass destruction (WMDs), contraband, and dangerous chemicals through high-resolution imaging.

Q5: Can the system operate in extreme weather conditions? A: Yes, it is designed for outdoor use with an operating temperature range of -40°C to +50°C and an IP45 waterproof rating, allowing operation in rain, snow, and dusty environments.

Q6: Does the software support material identification? A: Yes, the system includes material identification functions where organic and inorganic substances are classified and identified using different colors in the pseudo-color display.