Tunnel Size: The dimensions of the scanning tunnel, which determine the maximum size of items that can be scanned. Common sizes range from small carry-on bags to larger checked luggage.
Scan Resolution: The level of detail in the X-ray images produced by the scanner. Higher resolution allows for clearer and more precise imaging.
Penetration: The ability of the X-ray to penetrate different materials. It is important for the scanner to effectively see through various items in luggage.
Dual-Energy Capability: Dual-energy X-ray scanners can distinguish between different materials more effectively, improving the detection of threats and contraband.
Image Processing Algorithms: Advanced algorithms for automatic threat recognition and image analysis, enhancing the efficiency of security screening.
Scanning Speed: The rate at which items move through the scanner. Faster scanning speeds contribute to efficient processing at security checkpoints.
Energy Levels: The amount of X-ray energy used during the scanning process. It should comply with safety standards to minimize radiation exposure to passengers and operators.
Material Discrimination: The ability to differentiate between organic and inorganic materials, aiding in the identification of potential threats.
Operator Interface: An intuitive and user-friendly interface for operators to control and adjust scanner settings. Touchscreens and easy navigation contribute to efficient operation.
Alarm Systems: Audible and visual alarms that alert security personnel when suspicious items are detected during the scanning process.
Network Connectivity: The capability to connect to a network for centralized monitoring, data storage, and remote diagnostics.
Compliance with Regulations: Adherence to international safety and security regulations, such as CE, ROHS, and FCC certifications.
Maintenance Requirements: Information on maintenance procedures and intervals to ensure the longevity and reliability of the scanner.
Customization Options: The ability to customize imaging settings, such as contrast and brightness, to optimize the visibility of specific materials.
Power Consumption: Energy-efficient operation to minimize power consumption and reduce overall operational costs.
Evaluating these parameters will help in selecting an X-ray luggage scanner that meets the specific security and operational requirements of a given facility or checkpoint.
Here are some of the most important parameters to consider when evaluating an X-ray luggage scanner:
Tunnel Size: The dimensions of the scanning tunnel, which determine the maximum size of items that can be scanned. Common sizes range from small carry-on bags to larger checked luggage.
Scan Resolution: The level of detail in the X-ray images produced by the scanner. Higher resolution allows for clearer and more precise imaging.
Penetration: The ability of the X-ray to penetrate different materials. It is important for the scanner to effectively see through various items in luggage.
Dual-Energy Capability: Dual-energy X-ray scanners can distinguish between different materials more effectively, improving the detection of threats and contraband.
Image Processing Algorithms: Advanced algorithms for automatic threat recognition and image analysis, enhancing the efficiency of security screening.
Scanning Speed: The rate at which items move through the scanner. Faster scanning speeds contribute to efficient processing at security checkpoints.
Energy Levels: The amount of X-ray energy used during the scanning process. It should comply with safety standards to minimize radiation exposure to passengers and operators.
Material Discrimination: The ability to differentiate between organic and inorganic materials, aiding in the identification of potential threats.
Operator Interface: An intuitive and user-friendly interface for operators to control and adjust scanner settings. Touchscreens and easy navigation contribute to efficient operation.
Alarm Systems: Audible and visual alarms that alert security personnel when suspicious items are detected during the scanning process.
Network Connectivity: The capability to connect to a network for centralized monitoring, data storage, and remote diagnostics.
Compliance with Regulations: Adherence to international safety and security regulations, such as CE, ROHS, and FCC certifications.
Maintenance Requirements: Information on maintenance procedures and intervals to ensure the longevity and reliability of the scanner.
Customization Options: The ability to customize imaging settings, such as contrast and brightness, to optimize the visibility of specific materials.
Power Consumption: Energy-efficient operation to minimize power consumption and reduce overall operational costs.
Evaluating these parameters will help in selecting an X-ray luggage scanner that meets the specific security and operational requirements of a given facility or checkpoint.
