The global full body scanner market is poised for substantial growth over the next few years, with its market value expected to increase from USD 426.9 million in 2025 to USD 1,084.3 million by 2035. This significant expansion reflects a CAGR of 9.8% during the forecast period.
The surge in demand is largely attributable to escalating security concerns across the world, as governments and private organizations strive to enhance public safety and counter threats such as terrorism, smuggling, and other illegal activities. As security protocols become more stringent, the need for reliable, efficient, and non-intrusive screening solutions is more critical than ever.
Advancements in screening technologies have played a pivotal role in propelling market growth. Modern full body scanners employ cutting-edge millimeter-wave and X-ray-based imaging techniques, which offer real-time, high-resolution scans while maintaining minimal radiation exposure to individuals. These technologies have not only improved the accuracy of threat detection but have also enhanced user experience by reducing wait times and discomfort associated with manual pat-downs.
Integration of artificial intelligence (AI) and biometric systems into scanning devices has further augmented their capability to identify concealed threats, optimize security personnel deployment, and streamline passenger flow in high-traffic areas such as airports, transit hubs, and government buildings. These technological innovations are fueling investment and adoption globally, particularly in regions experiencing rapid urbanization and increasing air travel.
Another significant driver of market growth is the tightening of regulatory frameworks and security mandates worldwide. Governments and international agencies are imposing stricter security standards and compliance requirements, necessitating the deployment of advanced screening equipment in public spaces.
This regulatory pressure ensures continuous demand for full body scanners, especially in transportation sectors and high-security venues. The market is also supported by increasing awareness among organizations regarding the importance of safeguarding people and assets from potential threats. These factors are expected to sustain strong market momentum, making the full body scanner market a vital component of global security infrastructure through 2035.
The full body scanner market is segmented by application, including transport, airports, train stations, and infrastructure. From a technology perspective, the market is analyzed based on image processing and modelling as well as 3D body scanners. In terms of systems, the market is divided into millimeter wave systems and backscatter systems. Regionally, the market covers North America, Latin America, Western Europe, Eastern Europe, East Asia, South Asia Pacific, and the Middle East and Africa.
The airport segment is projected to be the fastest-growing application within the full body scanner market, recording a CAGR of 10.6% between 2025 and 2035, driven by the sustained increase in global air passenger traffic, the modernization of airport infrastructure, and the ever-evolving nature of aviation security threats. In response to global terrorism risks and rising incidents of smuggling and contraband transport, civil aviation authorities and airport operators are continuously upgrading their screening technologies to meet stricter international security standards.
Full body scanners in airports are increasingly being integrated with AI-driven threat detection, biometric verification, and real-time imaging systems, significantly improving the speed and accuracy of passenger screening. Technologies like millimeter wave imaging have become standard in many international airports due to their ability to detect concealed objects without physical contact and with negligible radiation exposure.
Other key application segments, such as transport and train stations, are also witnessing steady growth, fueled by expanding urban mobility networks and the need to secure mass transit environments. Governments are increasingly investing in securing rail networks and public transportation systems, especially in densely populated cities across Asia and Europe. Infrastructure applications, including government buildings, correctional facilities, and high-security venues, continue to play an essential role in the market.
These facilities prioritize non-intrusive screening technologies to ensure safety without compromising operational efficiency. While not growing as rapidly as the airport segment, these areas remain vital contributors to overall market demand, supported by growing awareness and policy mandates for enhanced public safety.
| Application | CAGR (2025 to 2035) |
|---|---|
| Airports | 10.6% |
The 3D body scanners segment, projected to grow at a CAGR of 11.2% from 2025 to 2035, represents the fastest-growing technology in the full body scanner market. This growth is primarily driven by the increasing demand for more precise and comprehensive threat detection in high-security environments such as international airports, government installations, correctional facilities, and border control checkpoints.
Unlike traditional 2D scanning, 3D body scanners create detailed, three-dimensional representations of the human body, enabling more accurate detection of concealed items, including weapons, explosives, and contraband, regardless of their position or shape.
One of the main advantages of 3D scanners is their ability to capture volumetric data in real time. This allows for more effective differentiation between harmless personal items and potential threats, significantly reducing false alarms and improving screening throughput. In addition, the enhanced accuracy and depth perception offered by 3D imaging help security personnel make faster, more informed decisions, especially in high-pressure environments.
The image processing and modelling segment, while growing steadily, is experiencing relatively slower growth compared to 3D body scanners. This segment primarily supports the underlying software and analytical systems that power existing scanner hardware, enabling image interpretation, object recognition, and threat classification.
Although advancements in AI and machine learning are enhancing the capabilities of image processing platforms, their role is often complementary to the physical scanning hardware. These systems are crucial for improving the accuracy of existing millimeter wave and backscatter scanners by reducing false positives and enabling automated decision-making.
| Technology | CAGR (2025 to 2035) |
|---|---|
| 3D body scanners | 11.2% |
The millimeter wave system segment is experiencing rapid growth and is projected to maintain a 10.5% CAGR during the forecast period, making it the fastest-growing system technology in the full body scanner market. This technology has gained widespread adoption, particularly in airports and high-security venues, due to its ability to produce detailed, three-dimensional images that reveal concealed threats without physical contact or invasive procedures.
Millimeter wave scanners operate by emitting non-ionizing radio frequency waves that safely penetrate clothing but reflect off the skin and any hidden objects, allowing security personnel to identify weapons, explosives, and contraband efficiently.
One of the key advantages driving the popularity of millimeter wave systems is their enhanced safety profile. Unlike backscatter scanners that use low-dose X-rays, millimeter wave technology involves negligible radiation exposure, which has led to broader regulatory acceptance worldwide and increased passenger confidence. Additionally, millimeter wave scanners incorporate privacy-enhancing features, such as generating generic avatars instead of detailed body images, addressing privacy concerns, and improving user comfort during screening.
In contrast, the backscatter system segment, while still important, is growing at a slower pace. Backscatter scanners use low-dose X-rays to generate images, which are effective at detecting metallic and non-metallic objects hidden under clothing. However, concerns around radiation exposure, stricter regulatory scrutiny, and privacy issues have limited the expansion of backscatter technology in some regions. Additionally, advancements in millimeter wave systems have begun to overshadow backscatter systems due to their enhanced safety profile and faster screening capabilities.
| Systems | CAGR (2025 to 2035) |
|---|---|
| Millimeter Wave System | 10.5% |
Privacy Concerns and Regulatory Restrictions
One of the primary challenges in the full body scanner market is the public concern over privacy and personal data security. This type of scanner often employs either backscatter X-ray or millimetre-waveimaging systems, both of which sparked ethical discussions around human anatomy and the protection of data.
To focus on privacy concerns, regulatory agencies like the European Aviation Safety Agency (EASA) and USA Transportation Security Administration (TSA) have developed stringent guidelines for passenger screening, mandating that scanner manufacturers design devices with privacy-enabling technologieslike automatic threat detection and non-intrusive imaging capabilities. Resistanceto full-body scanning in some parts of the world over privacy concerns is still limiting adoption.
Manufacturers also face challengesdue to the increasing cost of compliance as security regulations evolve, with governments increasingly tightening X-ray exposure limits and data retention policies. Toovercome these regulatory challenges, organizations need to invest in privacy-compliant scanner designs and AI-based non-intrusive screening solutions.
High Initial Costs and Integration Challenges
Another key challenge is the high cost of full body scanners and the complexity of integrating them into existing security infrastructure. More significant AI-driven and automated scanning solutions require a substantial investment in hardware,software, and maintenance, which presents a challenge for smaller airports, transportation hubs, and private enterprises in adopting.
Furthermore, much of the old security system must be with considerable adjustments to support next-generation full body scannersin addition, raising installation and operational costs. This is due to the long return on investment (ROI) period and subsequent budget constraints in emergingeconomies. To overcome this challenge, manufacturers are developing cost effectivemodels of scanners, and also offering leasing options to increase the market accessibility.
AI-Powered and Contactless Screening Innovations
Artificial intelligence (AI) in full body scanning technologies is used interms of threat detection, decreased false alarms and quicker passenger screening. AI-based automatic scanning systems that can detect suspicious objects in real time, reduce operator errors,and increase detection accuracy, ensure that automatic detection is highly appealing to the airport sector and public safety automatons.
The use of terahertz imaging and passive screening technologies in the development of contactlessand radiation-free full body scanners is also opening up new market opportunities. These are increasingly being developed in airports,border control and high-security government sites where rapid, non-intrusive security screening needs to be done as security concerns.
Rising Adoption in Commercial and Public Infrastructure
Full body scanners are in demand not just in the airport but also in the shopping mall, the stadium, the hotel,and the corporate building; the more sophisticated the security, the more companies are willing to invest in it. Amidst escalating global security concerns, enterprises are investing in smart surveillance systems, biometric authentication and AI-enabled body scanners for better safetyin workplaces and public places.
The rising deployment of full body scanners in correctional facilities to prevent contraband smuggling worldwideto make way for new growth opportunities for manufacturers. AI-based and non-intrusive complete body scanners will soon turn into the standard.
The United States full body scanner market is experiencing strong growth, driven by increasing security concerns, rising investments in airport screening technology, and advancements in AI-integrated threat detection. The TSA has also continuously been working to upgrade the airportsecurity infrastructure so the demand for full body scanners based on millimeter wave technology full body scanners and backscatter X-ray technology full body scanners continues to witness significant growth.
Full body scanners are also being used increasingly in correctional facilities, border control, government buildings, and mass transit hubs to combat the smugglingof concealed weapons and contraband. The increasing integration of AI and automated threat detection software is further improving scanner accuracy, minimizing the duration of passenger screeningand decreasing false alarms. Additionally, with this effort, the trend toward non-ionizing and low-radiation imaging technologies is also propelling the evolution of privacy-centric, high-speed scanners that comply with USA health and data protectionstandards.
| Country | CAGR (2025 to 2035) |
|---|---|
| United States | 10.3% |
The growth of the United Kingdom full body scanner market is moderate and is primarily driven by increasing security regulations at airport, risingconcern for terrorism and technological development in body scanner with AI support. AAP and air transport agencies such as the UK Border Force and Home Office are investing in progressive scanning solutions that may facilitate border security at ports and other placesconsidered high risk.
With London's Heathrow, Gatwick, andManchester airports investing in infrastructure upgrades to security, the demand for non-intrusive, high throughout, full body scanners are increasing. High-performance screening systems are being used at train stations, government buildings,and correctional institutions to avoid the entry of weapons and drug smuggling. Nowadays, with the introduction of AI-assisted full-body scanning devices featuring automated anomaly detection and integration with facial recognition systems, securityscreening is done promptly with guaranteed passenger anonymity.
| Country | CAGR (2025 to 2035) |
|---|---|
| United Kingdom | 9.8% |
The European Union full body scanner market is expanding due to increased counter-terrorism efforts, airport security modernization, and rising investments in smart surveillance technologies. The leading nations Germany, France and the Netherlands are taking the lead by implementing AI-powered, automated full body scanners into the busiest terminalsof their airports and various border security checkpoints.
EUAviation Security Regulations require progressed security solutions, thus airports have started replacing existing systems with radiation-free, high-resolution body scanning systems. Governments are also ramping up security against mass-casualty threats, with full body scanners increasinglybeing rolled out in railway stations, stadiums and public event venues. AI-integrated screening technology and multi-spectral imaging solutions enhance the accuracy of security screening, while also reducingfalse positive finding and improving passenger throughput.
| Region | CAGR (2025 to 2035) |
|---|---|
| European Union | 10.1% |
The Japan full body scanner market is experiencing strong growth due to rising concerns over airport security, increasing deployment in high-speed rail networks, and advancements in non-invasive screening technologies. Airports in Japan including Tokyo Narita andOsaka Kansai are adopting state-of-the-art millimeter-wave scanners to enable faster and more efficient passenger screening.
With the 2025 Osaka Expo and various international sporting events on the horizon, security investments have surged. As a result, body scanners are increasingly being deployed in stadiums,concert halls and transit centers. Japan’s Robotics Revolution look set to accelerate the path to automated fullbody scanning systems bolstered by facial recognition and AI-driven threat detection. ANSR is also seeing a rise in adoption of low-radiation and high-precision scanners across publicbuildings and corporate security checkpoints that offers non-invasive yet sharper screening.
| Country | CAGR (2025 to 2035) |
|---|---|
| Japan | 9.7% |
South Korea full bodyscanner market is witnessing growth on the back of AI-based surveillance development, rise in investments at the airport, and growing field of full body scanning in defence and border security. Nextgeneration screen technologies: South Korea’s Incheon International Airport is at the forefront of this trend with its implementation of next-generation screening technologies, which allow passengers to have a seamless and faster security check.
Amid tensions in border security, theSouth Korean government is increasing installation of full body scanning infrastructure at customs checkpoints and military installations. Another key factor driving the demand for portable and AI-assisted full body scanners is theexpansion of urban security networks, subway safety measures, and stadium screening. Biometric verification and AI-assisted screening technologies are also evolving to create more intelligent and efficient security with high throughput andminimum contact during screening.
| Country | CAGR (2025 to 2035) |
|---|---|
| South Korea | 10.0% |
The global full body scanner market is showing steady growth due to risingsecurity concerns, growing adoption of advanced screening technologies, and increasing investment in airport and border security infrastructure. Full body scanners are widely used in airports, government facilities, transportation hubs, and correctional institutions to detect danger material or concealed weapons, explosives, drugs, and other prohibited items without physical contact.
Driving factors include the development of millimeter-wave and X-ray scanning systems, the need to comply withregulations related to non-intrusive screening, and the increasing use of AI-based image analyzing systems. Eachof the leading manufacturers has put considerable focus on areas such as high-speed scanning, protective safety from radiation exposure and automated threat detection for security operations on a global scale.
Smiths Group plc
Smiths Group is a provider of full body scanners that include millimeter-wave screening for airport security solutions, government checkpoints, andcritical infrastructure protection. The firm’s EQO and B-SCAN series incorporatesautomated threat recognition, AI-powered anomaly detection and high-speed imaging for non-intrusive, efficient passenger screening. Smiths Group is investing in real-time data analytics and networked security system integration, expanding global viewcapabilities.
Rapiscan Systems (OSI Systems, Inc.)
Rapiscan Systems is a major supplier ofX-ray and millimeter-wave body scanners, focusing on high resolution threat detection technologies for the aviation and border industries. Its Rapiscan Secure 1000 and RTT series enable low-dose radiation scanning with automated detection algorithms, allowing for more accurate screenings and reducing the need for manualinspections. Rapiscan is expanding its AI-driven security analytics, enabling faster identification of concealed objects.
Leidos Holdings, Inc.
Leidos offers high-definition, non-intrusive full body imaging systemsfor the airport security environment. The company’s provision ATD series utilizes low-radiation, millimeter-wave imaging and automated software-based threatdetection. Leidos is reformatting its biometric integrated perspective to allow facialrecognition and AI-enabling scans to be used in tandem with body imaging to give connected multi-tiered security screening.
Nuctech Company Limited
Nuctech is China's largest manufacturer of full body scanners, providing high-speed, high-precision scanningsolutions for border checkpoints, prisons, and transportation hubs. It combines both millimeter-wave imaging and X-ray transmissiontechnologies to ensure improved detection of both metallic and non-metallic threats. Nuctech is growing into security screening allaround the world, targeting emerging markets with their more affordable and scalable, AI-based scanning systems.
Tek84 Inc.
Tek84 designs portable full body scanners for commercialuse, specifically for law enforcement and correctional facilities. Back to the Future When completed, the food-monitoring machine or nanobot would be similar in form to thecompany’s Intercept and Body Scan series, which utilize backscatter X-ray and millimeter-wave technology to allow real-time detection of contraband, weapons, and other hidden objects. Tek84 is focused on wireless security blurring, or the ability to easily access data remotely and network screening capabilitiesfor increased situational awareness.
Walk-through Scanners, Portal Scanners, Handheld Scanners
Millimetre Wave, X-ray
Airports & Transit Stations, Malls, Cineplex & Auditoriums, Prisons, Defense, Government Buildings, Offices & Embassies, Sports Arena & Events, Others
North America, Latin America, East Asia, South Asia and Pacific, Western Europe, Eastern Europe, Middle East and Africa
The global full body scanner market is projected to reach USD 426.9 million by the end of 2025.
The market is anticipated to grow at a CAGR of 9.8% over the forecast period.
By 2035, the full body scanner market is expected to reach USD 1,084.3 million.
The airports & transit stations segment is expected to dominate due to increasing global air travel, rising security threats, and regulatory mandates for enhanced passenger screening systems to detect concealed weapons and contraband.
Key players in the full body scanner market include Smiths Group plc, Leidos Holdings Inc., Rapiscan Systems, L3Harris Technologies, and Nuctech Company Limited.
Explore Responsible Resource Management & Safety Insights
Full Body Scanner Market
Thank you!
You will receive an email from our Business Development Manager. Please be sure to check your SPAM/JUNK folder too.
