China Security Screening Market Overview,2030

China’s security screening market has evolved into one of the most extensive and technologically advanced systems in the world, driven by a national focus on transportation security, border control, and smart city initiatives. Following the 2008 Beijing Olympics, the government accelerated investment in large-scale screening infrastructure, setting new standards in airport, metro, and public venue security management. Security screening in China refers to the systematic use of imaging, biometric, and automated detection technologies to identify contraband, explosives, narcotics, and other prohibited materials across public spaces and logistical networks. The Civil Aviation Administration of China oversees screening operations in airports such as Beijing Capital, Shanghai Pudong, and Guangzhou Baiyun, where computed tomography scanners and millimeter-wave imaging systems have been deployed for non-intrusive baggage and passenger inspection. The National Immigration Administration and the General Administration of Customs manage large-scale scanning networks at border crossings in Shenzhen, Manzhouli, and Zhuhai, integrating AI-enabled systems that analyze containerized freight in real time. China has increasingly integrated the Internet of Things and cloud computing into its screening operations, enabling centralized data management and remote monitoring of connected checkpoints. Artificial intelligence algorithms developed by Chinese institutes such as Tsinghua University and the Chinese Academy of Sciences are used to enhance pattern recognition and automatic threat identification, reducing reliance on manual screening. National standards are established under the Ministry of Public Security, ensuring uniform calibration and certification of equipment. Security screening also extends to high-speed railway stations, energy facilities, and large public gatherings like the Shanghai World Expo and annual National People’s Congress sessions, where mobile and portable scanners enable rapid threat assessment. The fusion of automation, biometrics, and data analytics in China’s security screening infrastructure illustrates a shift toward a unified, intelligent, and adaptive national security architecture that prioritizes efficiency, precision, and technological self-reliance.

According to the research report, ""China Security Screening Market Overview, 2030,"" published by Bonafide Research, the China Security Screening market is anticipated to grow at more than 8.62% CAGR from 2025 to 2030. The Chinese security screening market is marked by continuous innovation, strong government backing, and the dominance of domestic technology manufacturers that have become global exporters of advanced screening systems. Companies such as Nuctech, Hikvision, Dahua Technology, and Unicomp Technology lead the sector, supplying X-ray scanners, computed tomography systems, and integrated AI-powered inspection solutions to airports, customs facilities, and public transport hubs. Nuctech, a subsidiary of Tsinghua Tongfang, provides 3D CT scanning systems used across major airports and customs checkpoints, including Beijing Daxing International Airport and the Port of Shanghai, while also exporting systems to more than 150 countries. Hikvision has expanded its product line to include integrated video surveillance and facial recognition systems that link with real-time passenger screening networks in metro systems such as the Beijing Subway and Shenzhen Metro. Dahua Technology contributes smart imaging and data analytics solutions that support national “Safe City” projects in Hangzhou and Chengdu, enabling coordination between surveillance and physical screening units. The People’s Liberation Army and the Ministry of State Security deploy radiation detection equipment from Unicomp and CEIA in sensitive installations, while the China National Nuclear Corporation employs specialized detection technologies at nuclear energy facilities. Research institutions such as Harbin Institute of Technology and Beijing Jiaotong University collaborate with the Ministry of Science and Technology to develop quantum sensing and AI-driven behavioral recognition systems for next-generation screening. Cloud-based centralized security platforms are being integrated under the “Digital China” initiative, connecting airports, seaports, and customs stations through unified data infrastructures. The Belt and Road Initiative has also expanded the export footprint of Chinese screening technologies through installations in Africa, Latin America, and Southeast Asia. Environmental initiatives promote the use of low-energy scanners and recyclable materials in manufacturing.

In China the security screening market operates through a vast and highly coordinated network managed by the Ministry of Public Security, the Civil Aviation Administration of China, and the General Administration of Customs. Baggage and cargo screening forms the foundation of the country’s transportation security system and is implemented across major airports such as Beijing Capital International, Shanghai Pudong, Guangzhou Baiyun, and Chengdu Tianfu. At these facilities, all carry-on and checked luggage undergo X-ray and computed tomography screening while cargo shipments are examined using high-energy imaging systems to detect explosives, weapons, or contraband. Cargo screening extends to the country’s maritime hubs including Shanghai Port, Shenzhen Yantian, and Qingdao where large-scale container inspection systems and radiation monitors identify illicit goods or undeclared materials entering or leaving China. Personnel screening is another critical aspect of China’s security structure applied at airports, railway stations, subways, and government buildings. Security officers at transportation hubs like Beijing South Railway Station and Guangzhou East Station employ walk-through metal detectors, full-body scanners, and facial recognition systems to ensure passenger safety and verify identities. Screening at large public events such as the China International Import Expo in Shanghai or the Beijing Olympics has set benchmarks for large-scale crowd management. Vehicle screening plays a vital role at border crossings, seaports, and urban checkpoints where police and customs use under-vehicle scanners and X-ray systems to detect hidden goods, explosives, or unauthorized occupants in private cars, trucks, or buses. These systems are commonly seen at the Hong Kong–Zhuhai–Macau Bridge and land crossings in Shenzhen and Manzhouli. Collectively, baggage and cargo inspection, personnel checks, and vehicle screening form an integrated network that reinforces China’s national transport and border security strategy while supporting rapid movement of passengers and trade across its vast logistical infrastructure.

Security screening in China integrates multiple detection technologies supported by domestic research institutes and security equipment manufacturers under the supervision of the Ministry of Public Security and civil aviation regulators. X-ray imaging represents the backbone of detection systems across airports, train stations, and postal centers, producing detailed images of luggage, parcels, and freight containers to detect weapons, explosives, or narcotics. Airports such as Shanghai Hongqiao and Xi’an Xianyang employ multi-view X-ray systems capable of generating color-coded visualizations that distinguish between organic and inorganic materials for more accurate detection. Computed tomography technology has been increasingly deployed at large airports and logistics centers to produce three-dimensional images that allow automated threat recognition and reduce manual reinspection rates. Facilities in Beijing and Shenzhen use CT-based scanning for both baggage and cargo, improving efficiency while maintaining high security standards. Neutron sensing and detection technology is used in specialized contexts such as nuclear research institutions and industrial cargo screening where it identifies hidden explosives or hazardous materials within dense cargo containers. Terahertz and millimeter-wave systems are widely used in personnel screening, particularly in airports, subway systems, and high-security zones, providing non-invasive and radiation-free detection of concealed objects beneath clothing. Other detection technologies in China include explosives trace detection devices used in customs and transportation hubs to analyze chemical residues, radiation detection systems that monitor cargo at ports and border crossings to prevent illegal nuclear material transport, and spectroscopic analyzers capable of identifying narcotics and volatile chemicals in mail or cargo. These detection technologies are interconnected through centralized monitoring platforms that integrate artificial intelligence, big data analytics, and cloud-based storage systems, allowing authorities to enhance detection accuracy, share intelligence in real time, and maintain consistent surveillance across China’s extensive transportation and logistics networks.

China’s security screening market features a comprehensive array of equipment types that support national security operations across airports, borders, and public infrastructure. Walk-through metal detectors are installed at nearly every transportation hub including Beijing Capital International Airport, Shanghai Pudong Airport, and major subway systems in Beijing and Guangzhou where passengers pass through layers of screening checkpoints supervised by trained officers. Hand-held metal detectors are used by police, customs, and event security teams for secondary inspections at stadiums, courthouses, and government buildings. Full-body scanners employing millimeter-wave or backscatter imaging are deployed in large international airports and government complexes to detect concealed weapons or explosives while adhering to national health and privacy standards. Explosives trace detection systems are used extensively in aviation and postal security where they analyze surface swabs of baggage, parcels, or cargo for explosive residue. Radiation detection equipment including portal monitors and handheld detectors operates at key border crossings, rail depots, and seaports such as Tianjin, Ningbo, and Dalian to identify unauthorized movement of radioactive materials. Portable and mobile screening units add flexibility to China’s extensive security network, particularly during large national events, disaster response operations, or temporary checkpoints. Mobile X-ray vans, handheld analyzers, and vehicle-mounted detectors are frequently used by customs and public security agencies to conduct rapid inspections at high-risk areas such as ports, airports, and international border routes. This equipment diversity ensures that China’s screening operations remain effective across varied environments from urban centers and industrial zones to remote checkpoints, reinforcing national security while facilitating trade and travel.

Security screening applications in China encompass mail and parcel inspection, baggage scanning, cargo and vehicle inspection, people screening, and explosives and narcotics detection across its extensive transportation and logistics sectors. Mail and parcel screening is performed at national postal centers, customs warehouses, and courier distribution hubs operated by companies such as China Post, SF Express, and Cainiao where letters and packages are inspected using X-ray scanners and chemical trace detectors to identify explosives, prohibited goods, or hazardous substances. Baggage scanning forms a core part of airport and railway station operations, with every piece of luggage passing through multi-level inspection systems that combine X-ray, computed tomography, and explosives trace detection. Airports such as Shenzhen Bao’an and Kunming Changshui use automated baggage screening tunnels that integrate AI-assisted threat recognition for faster processing. Cargo and vehicle inspection is critical to customs operations in ports like Shanghai Yangshan and Qingdao, where containerized goods and vehicles are examined using high-energy X-ray systems, under-vehicle scanners, and radiation detectors to prevent smuggling or unauthorized transport. People screening is a standard practice at airports, railway stations, and urban subway systems where metal detectors, body scanners, and identity verification systems with facial recognition are used to ensure passenger safety and compliance. Explosives and narcotics detection is a key area of focus for China’s law enforcement and customs authorities who employ chemical analysis, handheld detectors, and trained canine teams at airports and borders to detect drugs, bombs, and hazardous chemicals. These applications are interconnected through advanced surveillance and data management networks operated by national security agencies, enabling real-time threat identification and coordinated response across all levels of transport, communication, and trade infrastructure within China’s evolving security framework.

Considered in this report
• Historic Year: 2019
• Base year: 2024
• Estimated year: 2025
• Forecast year: 2030

Aspects covered in this report
• Securtiy Screening Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Type
• Baggage and Cargo Screening
• Personnel Screening
• Vehicle Screening

By Detection Technology
• X-ray
• Computed Tomography (CT)
• Neutron Sensing and Detection
• Terahertz and Millimeter-wave
• Other Detection Technologies

By Equipment Type
• Walk-through Metal Detectors
• Hand-held Metal Detectors
• Full-body Scanners
• Explosives Trace Detection Systems
• Radiation Detection Equipment
• Portable / Mobile Screening Units

By Application
• Mail and Parcel
• Baggage Scanning
• Cargo and Vehicle Inspection
• People Screening
• Explosives and Narcotics Detection Show more