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全球X射线安全筛查市场规模、份额和行业趋势分析报告:应用(产品筛查、人员筛查)、用途(政府、交通、商业)、区域展望预测,2023-2029Global X-ray Security Screening Market Size, Share & Industry Trends Analysis Report By Application (Product Screening and People Screening), By End Use (Government, Transit, and Commercial), By Regional Outlook and Forecast, 2023 - 2029 |
X 射线安检市场预计到 2029 年将达到 54 亿美元,预测期内復合年增长率为 8.3%。
在市场扩张的背景下,犯罪行为的危险性似乎有所增加,扩大了对个人和产品使用筛查方法来确认武器存在与否的趋势。 然而,对改进安全检查的需求也受到商业开发活动增加的推动,尤其是大型购物中心的建设。
许多组织正在采用生物识别技术进行物理和后勤访问,以降低与数据相关的风险。 通过这些技术实现门禁、防盗、防漏、考勤管理等。 此外,使用生物识别技术的员工无需携带身份证明或记住密码。 部署生物识别技术比其他安全解决方案更简单、更快捷。 这些优势将进一步推动市场扩张。
COVID-19 影响分析
作为 X 射线安检的市场趋势,由于生产设施停滞,COVID-19 大流行对全球製造业和工业部门产生了重大负面影响。 另一方面,结果是整个行业的需求显着增加。 然而,COVID-19 的出现迫使安全组织改变他们的运作方式。 大流行使改善机场安全比以往任何时候都更加重要。 由于 COVID-19,机场需要生物识别认证系统,因为它们可以有效地进行访问控制并启用非接触式身份验证。
市场增长因素
全球安全问题
不断增加的犯罪活动正在影响全球安全法律、标准和运营效率。 例子包括恐怖主义、非法毒品、武器走私和非法移民。 为满足这些高安全标准,必须制定安全检查程序,包括安保人员和检查工具。 当今复杂的网络不断变化的危险需要在受威胁影响的位置部署安全检查系统。 因此,在预测期内,对改进安全检查技术的需求不断增长,从而支持了 X 射线安全检查市场的增长。
恐怖事件增加
由团体或个人实施的着名恐怖袭击事件包括 2005 年伦敦爆炸案、臭名昭着的美国 9/11 袭击事件、2019 年斯里兰卡復活节爆炸事件、2008 年孟买袭击事件和 2019 年新西兰袭击事件。2005 年清真寺枪击事件和2005 年伦敦和孟买爆炸案。 通过使用 X 射线货物扫瞄仪,您可以获得货物的全面 X 射线图像。 X 射线图像突出显示货物中的任何金属或潜在危险材料。 因此,不鼓励不必要的行为。
市场抑制因素
与这些系统相关的健康问题
透射扫瞄仪使用的 X 射线是反向散射扫瞄仪的 10 倍。 高水平的 X 射线照射会导致白内障、遗传效应,并增加患癌症和心血管疾病的风险。 在这种情况下,希望使用反向散射扫瞄仪而不是透射扫瞄仪来减少健康危害,或者改用毫米波人体扫瞄仪而不是 X 射线人体扫瞄仪来消除健康危害。 展望未来,与 X 射线安全扫瞄仪相关的健康问题可能会阻碍市场扩张。
结束使用 Outlook
X 射线安检市场按最终用途细分为运输、商业和政府机构。 在 2022 年的 X 光安检市场中,交通部门将占据很大的收入份额。 全球乘客数量的增长以及为向居民和国际旅客提供完全安全而实施安全预防措施的持续尝试可能与这一类别的增长有关。 预计在此期间,交通领域对 X 光安检的需求将会增加。
使用前景
根据应用,X 射线安全检查市场分为产品检查和人员检查。 到 2022 年,产品检查部分在 X 射线安全检查市场中的收入份额最大。 技术先驱使製造商能够轻鬆地将传统筛选和新的扫瞄最终用途结合起来,从而推动市场扩张。 此外,机场贩毒等犯罪活动的风险仍然是推动该行业扩张的主要因素。 因此,未来的扩展在很大程度上取决于维护和培训承诺。
区域展望
按地区划分,对北美、欧洲、亚太地区和 LAMEA 的 X 射线安检市场进行了分析。 北美地区将在 2022 年以最大的收入份额引领 X 光安检市场。 政府机构对这些项目的需求增加是造成这种扩张的原因。 这些项目也常用于国防工业。 在预测期内,由于大量公共投资加强当前公共安全基础设施以应对恐怖主义和非法移民等威胁,预计市场将会增长。
The Global X-ray Security Screening Market size is expected to reach $5.4 billion by 2029, rising at a market growth of 8.3% CAGR during the forecast period.
The security of travelers, property, and infrastructure is guaranteed by X-ray body scanners and X-ray baggage scanners. In addition, security officers must deal with contraband like weapons, explosives, and drugs in a public setting. An X-ray scanner can find hazardous inorganic, organic, and metal substances. An X-ray screening device's main job is to act as a kind of network access to protect people at a particular location.
In order to find any potential hidden contraband or smuggled products, as well as explosives, guns, narcotics, or weapons of mass destruction, it enables officials to inspect the bags & luggage of persons entering. This allows for the detection of such items before any harm or damage is done.
The market expansion might be ascribed to rising dangers like criminal activity and the expanding use of screening methods for checking individuals and goods for the presence of weapons. However, the demand for improved security screenings is also driven by expanding commercial development activity, particularly the creation of big shopping complexes.
Many organizations have employed biometrics technology for physical and logistical access to reduce the hazards linked with data. Access control, theft prevention, leakage control, and staff attendance are all achieved through these technologies. Furthermore, employees using biometrics don't need to carry anything to prove their identity or remember passwords. Compared to other security solutions, this enables the adoption of biometrics technologies much simpler and faster. These advantages should further support market expansion.
COVID-19 Impact Analysis
The COVID-19 pandemic has had a huge negative impact on the worldwide manufacturing and industrial sector, as per market trends for X-ray security screening, since production facilities have stagnated. On the other hand, this has resulted in a significant increase in demand across industries. Though, the emergence of COVID-19 pushed security groups to alter their methods of operation. Due to the pandemic, improved airport security became more important than ever. According to COVID-19, a biometric system is in demand at airports as it is a useful instrument for access control and enables contactless identity verification.
Market Growth Factors
Growing security concerns across the globe
The increase in criminal activity has an impact on global security laws, standards, and operational efficiency. Terrorism, illegal drug, and weapon trafficking, and illegal immigration are a few examples. In order to meet these high-security standards, security screening procedures, including security officers and screening tools, must be implemented. The intricacy of the current, constantly changing danger has made the deployment of security screening systems necessary in threat-affected locations. Hence, the growth of the X-ray security screening market is being supported during the projection period by the growing need for improved security screening technologies.
Rising cases of terrorist attacks
Some well-known terrorist attacks committed by groups or individuals include the 2005 London bombings, the infamous 9/11 attacks in the US, the 2019 Easter bombing in Sri Lanka, the 2008 Mumbai attacks, the 2019 mosque shooting in New Zealand, and the 2005 bombs in London and Mumbai. A comprehensive X-ray image of freight is obtained by using X-ray cargo scanners. Any metal or potentially dangerous materials in the freight are highlighted in the X-ray image. Any undesirable acts are stopped as a result.
Market Restraining Factors
Health concerns associated with these systems
In comparison to backscatter scanners, transmission scanners use ten times more X-rays. High levels of X-ray exposure can result in cataracts, heritable effects, and an increased risk of cancer and cardiovascular disease. If that is the case, it is advisable to utilize a backscatter scanner instead of a transmission scanner to lessen health hazards or to switch to a millimeter-wave body scanner in favor of the X-ray body scanner to do away with health risks. The market expansion in the approaching years may be hampered by these health concerns related to X-ray security scanners.
End-Use Outlook
By end-use, the X-ray security screening market is segmented into transit, commercial, and government. The transit segment acquired a significant revenue share in the x-ray security screening market in 2022. An increase in passengers globally and ongoing attempts to implement security precautions to provide complete safety for residents and international travelers can be linked to the category growth. The demand for X-ray security screening in the transit segment is anticipated to increase during this.
Application Outlook
Based on application, the X-ray security screening market is categorized into product Screening, and people screening. In 2022, the product screening segment witnessed the largest revenue share in the X-ray security screening market. As a result of technology developments, manufacturers can now easily incorporate both traditional screening and new scanning end-uses, fostering the market's expansion. In addition, the risk of criminal activity, like drug trafficking, at airports continues to be the main factor driving the segment's expansion. Therefore, future expansion could rely heavily on promises of upkeep and training.
Regional Outlook
Region wise, the X-ray security screening market is analyzed across North America, Europe, Asia Pacific and LAMEA. The North America region led the X-ray security screening market by generating maximum revenue share in 2022. The increased demand for these items inside governmental entities is responsible for this expansion. In the defense industry, these goods are also commonly used. Throughout the projected period, the market is anticipated to increase as a result of significant public investments in enhancing the current infrastructure for public safety and security to counter threats like terrorism and illegal immigration.
The major strategies followed by the market participants are Product Launches. Based on the Analysis presented in the Cardinal matrix; Smiths Detection Group Ltd. (Smiths Group plc), Teledyne FLIR LLC (Teledyne Technologies Incorporated), Thales Group S.A., NEC Corporation, and Leidos Holdings, Inc. are the forerunners in the X-ray Security Screening Market. Companies such as Kromek Group plc and Analogic Corporation are some of the key innovators in X-ray Security Screening Market.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Teledyne FLIR LLC (Teledyne Technologies Incorporated), Smiths Detection Group Ltd. (Smiths Group plc), Thales Group S.A., Kromek Group plc, NEC Corporation, Leidos Holdings, Inc., Aware, Inc., Bruker Corporation, OSI Systems, Inc. and Analogic Corporation (Altaris Capital Partners)
Recent Strategies Deployed in X-ray Security Screening Market
Partnerships, Collaborations and Agreements:
Mar-2023: Smiths Detection collaborated with GRASP Innovations, a provider of aviation security optimization solutions. This collaboration would enable the combination of GRASPs sensor technology into Smiths Detection's security checkpoints. This alliance is part of Smiths Detection's Ada Initiative which seeks to allow software, algorithms, and hardware from various product suppliers to be plugged together through open architecture.
Nov-2022: Leidos partnered with London City Airport, a regional airport in London, England. This partnership would improve London City Airport's security checkpoints. With this alliance, airports would be able to achieve high-security levels, while offering a better travel experience for their passengers.
Sep-2022: Smiths Detection signed an agreement with Bharat Electronics Limited, an India-based public sector undertaking. Following this agreement, BEL and Smiths Detection would leverage the high-end developed technological specialisms of both firms to meet India's domestic security requirements.
Jul-2022: Kromek Group plc came into an agreement with Smiths Detection, a threat detection and security screening technologies. Through this agreement, Smiths Detections would distribute wearable radiation detection and identification solutions to South and North American markets. Additionally, the agreement would aim to broaden user access to Kromek's technology by aligning with Smiths Detection's regional reputation and presence.
Product Launches and Product Expansions:
Feb-2023: Smiths Detection introduced the HI-SCAN 6040 CTiX Model S, a smaller footprint version of Computed Tomography (CT) passenger checkpoint scanner. The product enhances the power of CT X-ray scanning removing the requirement to eliminate electronic devices, gels, and liquids from hand luggage by offering 3D volumetric images, decreasing the number of trays, and speeding up the security screening process.
Oct-2022: Smiths Detection released the HI-SCAN 7555 DV, a dual-view X-ray scanner. The product offers high image quality, a compact footprint, and automatic explosives detection, to deliver efficient screening in high-threat applications.
Jul-2022: Thales Introduced HELIXVIEW, a compact, stationary, innovative, and lightweight Cabin Baggage Detection System. The product is a C3-compliant scanner that integrates 3D imaging reconstruction and X-ray nanotechnology-based electronic scanning. This launch shows Thales' skills in Cybersecurity and Artificial Intelligence to build an economical and intelligent solution for airports.
Jun-2022: Teledyne FLIR Defense, part of Teledyne Technologies Incorporated, unveiled Kobra 725 modular robot, the new unmanned ground platform. The product offers payload support and unmatched power in an easily operable package. Moreover, the robot's advanced manipulator arm can lift heavy loads and stretches to a height of around four meters to access hard-to-reach places.
May-2022: Analogic Corporation rolled out ConneCT Computed Tomography, a checkpoint security screening system. The product would notably enhance aviation security and passenger experience by delivering improved 3-D images to security officers and by limiting divesture, all in a touch-free environment.
Acquisitions and Mergers:
Oct-2022: Teledyne Technologies signed an agreement to acquire ETM-Electromatic, Inc., a designer, and manufacturer of high-energy X-ray subsystems and High-power microwaves for defense, cancer radiotherapy, and X-ray applications. This acquisition would boost Teledyne's ability to deliver greater content and subsystem-level solutions to defense, cancer radiotherapy, and security customers.
Market Segments covered in the Report:
By Application
By End Use
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures