
At LINEV Systems, we focus on protecting people, transport hubs, and national infrastructure from emerging security threats. As risks evolve, the need for advanced luggage X-ray technology has grown significantly. Modern luggage scanners now combine high-precision imaging, AI-powered threat detection and efficient automation to support security professionals across the UK.
With decades of engineering expertise, we provide complete X-ray luggage inspection solutions designed for today’s challenges.
Our next-generation luggage X-ray machines offer a sophisticated combination of accurate detection capabilities, high throughput processing and operator-friendly design. Enhanced by artificial intelligence, LINEV Systems luggage scanning equipment delivers:
These solutions help protect airports, transport terminals, government buildings, commercial facilities, event venues and border checkpoints from threats such as weapons, explosives, narcotics and prohibited items.

A luggage scanner provides accurate identification of hidden items such as firearms, blades, explosives, drugs, restricted electronics and other contraband inside suitcases, backpacks or parcels.
An X-ray of luggage offers a safe and non-invasive way to inspect contents without manual searches, ensuring smooth passenger flow and maintaining comfort for travellers and staff.
High-throughput luggage bag scanners can process multiple items simultaneously, helping reduce queues in airports, transportation hubs, logistics facilities and major public buildings.
By reducing manual checks and enabling efficient screening with fewer operators, luggage X-ray machines help lower long-term operational costs.
AI-assisted imaging ensures more consistent analysis and reduces the risk of missed threats, improving accuracy compared with manual inspections alone.
As an established provider of security X-ray machines in the UK, LINEV Systems continues to innovate in detection accuracy, reliability and usability.
Determine whether you need a hand luggage scanner, a checked baggage system, or larger luggage inspection equipment. Each system is built for specific screening tasks.
Estimate the number of bags that need screening per hour and choose an X-ray luggage system that can maintain the required flow without bottlenecks.
Look for clear, high-resolution imaging, dual-energy analysis, material discrimination and AI-powered alerting features.
A modern luggage scanner should feature an intuitive interface to support operator performance and reduce training time.
Reliable servicing, software updates and ongoing support ensure consistent operation and long-term system reliability.
Modern luggage X-ray machines can integrate with access control, CCTV, alarms and automated threat detection systems for enhanced security operations.
Used to inspect visitor bags, mail and parcels entering secure premises.
Screen goods entering facilities to prevent contraband smuggling.
Essential for maintaining public safety at large events, such as sports matches, concerts, and conventions. Luggage X-ray systems screen personal belongings of attendees, ensuring that prohibited items, such as weapons or explosives, do not enter the venue.
Used to screen bags, backpacks, and parcels at museum entrances, helping protect valuable exhibits and ensuring the safety of visitors and staff. By detecting dangerous or prohibited items, X-ray machines help preserve the integrity of precious collections and maintain a secure environment.
Used in high-security offices and sensitive operational areas to screen staff and visitor luggage.
Enhance guest safety by screening bags at entrances or storage areas.
Identify weapons, smuggled goods, narcotics and illegally transported items.
These examples demonstrate the broad use of luggage X-ray scanners across the UK, with each installation tailored to local security standards and operational requirements.
A modern luggage scanner can identify:
Yes. These systems are safe when operated within international radiation safety guidelines and are fully compliant with industry standards.
An X-ray generator projects radiation through the luggage. Sensors then capture variations in absorption to form a detailed image. This image is analysed manually or with the support of AI to detect threats.
Costs vary based on: