Industry: Industrial Automation
Published Date: November-2023
Format: PPT*, PDF, EXCEL
Delivery Timelines: Contact Sales
Number of Pages: 221
Report ID: PMRREP33568
The global market is forecast to expand at a CAGR of 8.3% and thereby increase from a value of US$450.2 Mn in 2023, to US$786.7 Mn by the end of 2030.
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Attributes |
Key Insights |
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Millimeter Wave Body Scanner Market Size (2023E) |
US$450.2 Mn |
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Projected Market Value (2030F) |
US$786.7 Mn |
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Global Market Growth Rate (CAGR 2023 to 2030) |
8.3% |
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Historical Market Growth Rate (CAGR 2018 to 2022) |
7.3% |
The quality of images captured by millimeter-wave body scanners is constantly improving. Increased resolution leads to better screening accuracy and makes it easier to spot hidden threats. Ongoing advancements in data processing techniques facilitate more effective and precise threat detection. Advanced algorithms make millimetre-wave body scanners more effective overall and have fewer false positives. Millimeter-wave body scanners can learn from and adjust to changing threats thanks to their integration with Artificial Intelligence (AI).
AI algorithms' ability to examine patterns and abnormalities enhances the system's capacity to recognise possible security threats. Technological advancements focus on reducing false alarm rates, critical for maintaining smooth operations in high-traffic areas such as airports and transportation hubs. Advanced algorithms and sensor technologies contribute to more reliable threat detection.
Additionally, advancements in miniaturization make it possible to create more compact and portable millimeter-wave body scanners. This is particularly valuable for applications in diverse environments, including transportation, border control, and event security. Technological advancements facilitate seamless integration between millimeter-wave body scanners and other security technologies such as X-rays, metal detectors, and access control systems. This integration enhances overall security capabilities.
Integrating multi-modal sensing technologies, combining millimetre-wave scanning with other sensing methods, enhances the overall detection capabilities. This multi-sensor approach contributes to a more comprehensive and accurate screening process. Technological advancements enable remote monitoring and control of millimeter-wave body scanners, allowing security personnel to manage screening processes efficiently. Remote capabilities improve operational flexibility and responsiveness. Technological developments address privacy concerns associated with body scanning. Advanced features, such as automated threat detection without revealing anatomical details, contribute to accepting and adopting millimetre-wave body scanners.
The growing need for non-intrusive security measures is a main factor propelling the Millimeter wave body scanner market expansion. As security concerns continue to rise globally, there is a growing need for advanced and non-intrusive security solutions. Millimeter-wave body scanners provide a non-invasive method of screening individuals for concealed threats or contraband.
Airports and other transportation hubs are prime locations for deploying millimeter-wave body scanners. Passengers prefer non-invasive screening methods that are efficient and respect their privacy. Large public events, stadiums, and entertainment venues increasingly adopt millimetre-wave body scanners to enhance security without compromising attendees' experience.
Non-invasive screening methods contribute to smoother and less intrusive security procedures. Traditional security screening methods, such as pat-downs or invasive searches, often raise privacy concerns. Millimeter-wave body scanners address these concerns by providing a less intrusive alternative, increasing public acceptance.
In addition, Non-invasive screening is crucial for customs and border control to scan individuals and vehicles for illicit goods efficiently. Millimetre-wave body scanners balance security and privacy in these sensitive areas. Beyond security, there is potential for applying millimeter-wave body scanners in healthcare settings.
Non-invasive patient screening can be valuable in medical facilities, contributing to early detection and diagnosis. The non-invasive nature of millimetre-wave body scanners allows for rapid screening and high throughput, making them suitable for locations with a large volume of people, such as airports and event venues. Continuous advancements in millimeter-wave technology contribute to developing more sophisticated and accurate body scanners, enhancing their effectiveness in non-invasive security screening.
Organizations, especially smaller airports, government agencies, or those with limited budgets, may need help to allocate funds for the substantial upfront investment required for purchasing and implementing millimetre-wave body scanners. The high initial costs may raise concerns about the return on investment (ROI), particularly for organizations that need to justify the expense based on the perceived benefits and operational improvements. The market may face challenges in terms of competition, especially if alternative security technologies with lower upfront costs emerge.
Competitive pricing pressures could impact the market share of millimeter-wave body scanners. The perceived affordability of alternative security measures, such as traditional X-ray scanners or metal detectors, may influence the decision-making process of end-users, impacting the market share of millimeter-wave body scanners.
Airports are investing more in advanced technologies, such as millimetre-wave body scanners, to improve the detection of concealed threats and prohibited objects due to the ongoing evolution of security risks. Stringent regulations and security mandates imposed by aviation authorities and governments worldwide drive airports to upgrade their security infrastructure, creating a demand for advanced screening solutions, including millimetre-wave body scanners.
Airports remain high-profile targets for terrorist activities. The use of millimetre-wave body scanners aids in preventing potential acts of terrorism by providing a non-intrusive yet effective method of screening passengers for concealed weapons or explosives. The steady increase in international air travel and the need for standardized, advanced security measures at airports contribute to the global adoption of millimeter-wave body scanners.
Moreover, implementing state-of-the-art security measures, including advanced body scanners, enhances public confidence in air travel safety. Passengers feel more secure knowing that airports employ the latest screening technologies. Ongoing advancements in millimeter-wave technology improve the accuracy and efficiency of body scanners. Airports are inclined to adopt cutting-edge technologies to stay ahead regarding security capabilities.
Millimetre-wave body scanners offer rapid screening capabilities, allowing for efficient passenger throughput. This is particularly important in busy airports where long queues and delays can be disruptive. The ability of millimetre-wave body scanners to integrate with existing airport security infrastructure makes them attractive for airports looking to upgrade without completely overhauling their systems.
Existing security infrastructure in airports and other facilities may need to be designed to integrate with millimeter-wave body scanners seamlessly. Compatibility issues can arise, requiring modifications or upgrades to the current systems. Some existing security checkpoints may need more space, making incorporating new and larger millimetre-wave body scanners challenging. Adapting the technology to fit within constrained spaces without disrupting passenger flow is a significant consideration.
Integration challenges arise when ensuring interoperability between millimetre-wave body scanners and other security systems such as baggage, metal detectors, and access control systems. Different security systems may use various communication protocols. Ensuring that millimetre-wave body scanners can effectively communicate and share information with other devices in the security network is crucial for seamless integration.
The market for millimeter-wave body scanners is expected to grow significantly due to several factors. The use of sophisticated screening systems is mostly driven by the growing emphasis on security worldwide, especially in congested public areas like airports, transit hubs, and vital infrastructure. Millimetre-wave body scanners are the preferred option for security applications because they provide an effective and non-intrusive way to identify hidden hazards without compromising individual privacy.
The ongoing development of millimeter-wave technology is one significant factor driving this market's expansion. These scanners' resolution, precision, and speed are being improved as part of ongoing research and development projects to increase their efficacy in spotting any security risks. Because of this, the market will likely see the development of more advanced and affordable solutions, encouraging higher usage across various industries. Integrating Artificial Intelligence (AI), and machine learning (ML) into millimeter-wave body scanners is another significant trend shaping the market's future. These technologies enable the scanners to analyze and interpret scanned images more intelligently, improving the detection of potential threats while minimizing false positives. Combining millimeter-wave technology with AI/ML enhances the overall efficiency of security screening processes.
Supply-side Dynamics
China is one of the leading manufacturers of millimetre wave body scanners, with a significant share of the global market. Companies like Nuctech, Nuctech Genetech, and Beijing Uniview Technology are among the major Chinese manufacturers, supplying scanners to airports, prisons, and other security-sensitive locations worldwide. China has a large and well-developed manufacturing sector with a strong record of producing high-quality electronic products. As a result, Chinese companies can produce millimetre wave body scanners at a lower cost than companies in other countries.
China is positioned to maintain its position as the world's top producer of Millimeter wave body scanners as long as the demand for these devices keeps rising. Chinese businesses consistently develop new and inventive items and invest in research and development. Therefore, in the coming years, Chinese businesses will likely continue to be important globally in the Millimetre-wave body scanner industry.
The US also plays a prominent role in millimetre wave body scanner manufacturing. Companies like Smiths Detection, L3Harris Technologies, and American Science & Engineering are well-established players in the industry, offering advanced scanning systems for various applications.
Additionally, the United States is one of the leading adopters of millimetre wave body scanners, particularly in the aviation industry. The Transportation Security Administration (TSA) has deployed millimetre wave scanners at over 200 airports nationwide. These scanners are used to screen passengers for potential weapons and explosives. The TSA constantly evaluates and upgrades its screening technologies, and millimetre wave scanners are an important part of its strategy.
Millimeter wave body scanners are also used extensively in the European Union, particularly at airports and other transportation hubs. The European Commission has adopted guidelines for using millimetre wave scanners, and member states follow these guidelines. The use of millimetre wave scanners in the EU is safe and effective.
Manual Category Tops Due to Greater Flexibility and Control
Type-wise, the market is segmented into manual, and automatic. The manual segment is expected to dominate the market. Manual millimeter-wave body scanners provide operators with greater flexibility and control over scanning. Operators can focus on specific areas of interest and adjust scanning parameters as needed, contributing to improved security screening.
Nonetheless, the automatic segment of the millimetre wave body scanner market is expanding at the quickest rate. The increasing need for robust security measures in public spaces, transportation hubs, and critical infrastructure drives the demand for automatic millimeter-wave body scanners. These scanners offer a non-intrusive and efficient means of detecting concealed threats or prohibited items.
Airports Remain the Top Application Area
The application segment is bifurcated into airports, seaports, railway & metro stations, prisons, and others. The airports market segment is the largest for millimetre wave body Scanner. The primary goal of airport security is to prevent acts of terrorism and the smuggling of prohibited items onto aircraft. Millimeter-wave body scanners play a crucial role in detecting concealed threats on passengers, contributing to overall aviation security.
Nevertheless, the market segment exhibiting the most rapid growth is railway & metro stations. Railway and metro stations often experience high passenger traffic, especially during peak hours. With their high throughput capabilities, millimetre-wave body scanners help manage congestion and maintain efficient passenger flow while conducting thorough security screenings.
Government initiatives to improve public safety and security in transportation systems contribute to adopting millimetre-wave body scanners in railway and metro stations. Compliance with security regulations and standards drives the market in alignment with government priorities.
North America is characterized by extensive land borders, particularly the US-Canada, and US-Mexico borders. The vastness and diversity of these borders make them challenging to monitor effectively using traditional methods. Millimeter-wave body scanners prevent contraband smuggling, illegal goods, and potentially dangerous materials across borders. Their non-invasive nature allows for thorough screening without disrupting regular border operations.
Governments in North America are investing in advanced technologies to enhance border control screening processes. Millimetre-wave body scanners provide an additional layer of security by detecting concealed items on individuals passing through border checkpoints. The region engages in significant international trade, necessitating efficient and secure border crossings for people and goods.
Millimetre-wave body scanners contribute to the comprehensive screening of individuals at these crossings. Regional security partnerships, such as those between the United States, Canada, and Mexico, encourage the adoption of shared security technologies. Millimeter-wave body scanners contribute to the harmonization of security measures across borders.
European cities are characterized by high population density and increased mobility. The growing reliance on public transportation, including buses, subways, and trains, necessitates enhanced security measures to ensure the safety of passengers and infrastructure. European Union initiatives and directives related to transportation security and the safety of public spaces provide a framework for adopting advanced security technologies. Millimetre-wave body scanners align with these initiatives, offering a non-intrusive yet effective screening method.
Europe hosts numerous high-profile events, festivals, and gatherings. Deploying millimetre-wave body scanners at public transportation hubs connected to these venues can enhance security measures, particularly during increased passenger flow. Millimeter-wave body scanners can be integrated into existing public transportation infrastructure, including metro stations, train stations, and bus terminals. Their adaptability to diverse environments makes them suitable for deployment in urban transit settings.
Beyond terrorism threats, millimeter-wave body scanners can contribute to the prevention of criminal activities, such as smuggling and carrying illicit items. Their non-intrusive nature allows for efficient screening without causing disruptions to the flow of passengers.
Prominent organizations, including Nuctech Company Limited, are at the vanguard of this sector; millimeter wave body scanner innovation and technological advancement are Nuctech's commitment. The business has a capable research and development staff that always strives to enhance its goods' functionality and performance. By breaking into new areas and establishing connections with new clients, Nuctech is growing its footprint worldwide.
The business has a capable sales and marketing staff committed to finding and pursuing new opportunities. Nuctech is committed to providing its customers with high-quality products and services. The company has a strong customer support team that is available to help customers with any questions or concerns they may have.
Nuctech is partnering with other companies to develop and market new millimetre wave body scanner products and solutions. The company is also partnering with government agencies to help them implement and deploy millimetre wave body scanners.
New Product Launch
Canon U.S.A., Inc. introduced the best access control and authentication system for image RUNNER ADVANCE DX Series + uniFLOW Online + Print via Cloud in January 2021, following its honouring with the 2020 'ASTORS' Homeland Security Awards from American Security. The business expanded its line of business, increasing its profit margin.
Market Impact: Canon U.S.A., Inc's market standing and financial success are likely to improve as a result of the company's imageRUNNER ADVANCE DX Series + uniFLOW Online + Print via Cloud solution being recognized at the 2020 'ASTORS' Homeland Security Awards. This award demonstrates Canon's dedication to innovation and capacity to offer its clients state-of-the-art security solutions. Due to this designation, Canon stands to gain market share and attract new clients in the homeland security sector.
(Source: US Canon Newsroom)
ADANI launched the CLEARPASS Transmission Body Scanner in September 2020 to detect illegal items such as gems, guns, drugs, and electronics like cellphones, and SIM cards. With the introduction of the product, the corporation expanded the range of businesses it offers, bringing in additional funds.
Market Impact: ADANI's market position improved with the release of the CLEARPASS Gearbox Body Scanner in September 2020. The device increased revenue and enhanced Adani's standing as the leader in security technology by enabling the company to provide a wider range of enterprises. The positive impact of the CLEARPASS Transmission Body Scanner on the company's market position is evident in the company's stock price. Because the product was introduced, Adani's stock price has increased by over 20%. This increase in stock price suggests that investors are confident in Adani's prospects and that the company is well-positioned for continued growth.
(Source: GreeleyTribune)
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Details |
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Forecast Period |
2023 to 2030 |
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Historical Data Available for |
2018 to 2022 |
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Market Analysis |
US$ Million for Value |
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Key Regions Covered |
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Key Countries Covered |
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Key Market Segments Covered |
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Key Companies Profiled |
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Report Coverage |
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Customization & Pricing |
Available upon request |
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The market for millimeter wave body scanners is anticipated to exhibit a CAGR of 8.3% during the projected period, 2023 - 2030.
As of 2023, the millimeter wave body scanner market has been valued at around US$450.2 Mn.
The US currently holds the largest market value share as of 2023.
Some of the prominent players in the market are L3Harris Technologies, Rapiscan Systems (OSI Systems, Inc.), Smiths Detection, Nuctech Company Limited, Thruvision Group, ADANI Systems, Rohde & Schwarz, Brijot Imaging Systems (Safe Zone Systems), Pacific Security Technology, and QinetiQ Group.
Based on type, the automatic scanner segment is expected to grow at the fastest CAGR during the forecast period.
