Low Noise Level X-Ray Luggage Scanner Featuring AC DC Power Supply Inspection Solution for Airports Logistics and Public Venues

The X-Ray Baggage Scanner is an advanced security device designed to provide exceptional screening capabilities for baggage and parcels. Engineered with cutting-edge technology, this scanner offers high penetration and high resolution imaging, making it an indispensable tool for airports, train stations, government buildings, and other secure facilities.

One of the standout features is its low power consumption, which reduces operational costs and environmental impact while maintaining superior performance. The scanner's high penetration capability provides deep and clear imaging through various materials, allowing security personnel to detect concealed items including weapons, explosives, and contraband.

The advanced imaging technology delivers high-resolution images that enable operators to distinguish between different materials and objects with precision, facilitating quick and accurate decision-making while reducing false alarms.

• High safety standards for reliable security screening
• Compact size for easy installation and space efficiency
• High resolution imaging for detailed baggage inspection
• Low maintenance requirements to reduce operational costs
• Advanced X-Ray scanning technology for various applications
• Latest generation X-Ray Baggage Scanner design
• Trusted performance ensuring safety and efficiency

The SECUPLUS SPX-3025P X-Ray Baggage Scanner is designed to meet diverse security needs across various environments. Certified with CE and ISO9001 standards, this compact scanner offers high-resolution imaging ideal for detailed baggage inspection.

Primary applications include airport security checkpoints, border control and customs inspection points, government buildings, courthouses, event venues, logistics centers, warehouses, and transportation hubs. The scanner's low noise level and low power consumption make it suitable for busy environments without causing disruption.