市场调查报告书
商品编码
1383237
全球机场扫描器市场(2023-2033)Global Airport Scanners Market 2023-2033 |
机场扫描仪,也称为机场安全扫描仪,是机场使用的先进成像设备,用于检测乘客和随身行李中的违禁物品、武器以及潜在威胁。 这些扫描仪在维护航空安全、确保乘客和机场工作人员的安全方面发挥着至关重要的作用。
X 光扫描仪,也称为行李/行李扫描仪,使用 X 光技术对输送带上的乘客行李和行李的内容物进行成像。 安全人员可以使用这些扫描器来检测潜在威胁,例如枪支、爆炸物和其他违禁物品。
A. 托运行李检查:此扫描器将检查您的托运行李。 他们通常使用较大的 X 光机,可以扫描较大的行李和手提箱。
B. 随身行李检查:此扫描器用于检查随身行李。 它比普通的小,适合在安全检查站使用。 当乘客将行李放在输送带上时,安检人员会产生并检查 X 光影像。
C.将使用 AIT 扫描器(也称为全身扫描器或毫米波扫描器)对乘客进行筛选。 扫描器使用毫米波等非电离辐射来创建个人身体的详细图像,揭示可能隐藏在衣服下方的秘密。
毫米波扫描器:此扫描器使用低功率无线电波进行扫描。
无线电波反射回来,并在监视器上创建个人身体的三维影像,供安全人员查看。 毫米波扫描器不发射电离辐射。
反向散射X 射线扫描仪:反向散射X 射线扫描仪使用非常低水平的电离辐射来产生人体的二维影像,供安全人员分析。显示在监视器上。 由于隐私问题和与电离辐射相关的潜在健康风险,这种扫描仪变得越来越不常见。
本报告分析了全球机场扫描仪市场,研究了整体市场规模的趋势、按地区和国家划分的详细趋势、关键技术概述和市场机会。
Airport scanners, also known as airport security scanners, are sophisticated imaging devices that are used at airports to detect prohibited items, weapons, and potential threats on passengers or in their carry-on luggage. These scanners play an important role in ensuring the safety of passengers and airport personnel while maintaining aviation security.
X-ray scanners, also known as baggage or luggage scanners, create images of the contents of passengers' bags or items placed on conveyor belts using X-ray technology. Security personnel can use these scanners to detect potential threats such as firearms, explosives, or other prohibited items.
A. Hold Baggage Screening: These scanners inspect checked baggage. They usually use larger X-ray machines that can scan larger items and suitcases.
B. B. Cabin Baggage Screening: These scanners are used to screen carry-on luggage. They are typically smaller and intended for use at security checkpoints. Passengers place their bags on the conveyor belt, and an X-ray image is generated for security personnel to examine.
C. Passengers are screened using AIT scanners, also known as full-body scanners or millimeter-wave scanners. Non-ionizing radiation, such as millimeter waves, is used in these scanners to create a detailed image of an individual's body, revealing any concealed objects that may be hidden beneath clothing.
Millimeter-Wave Scanners: These scanners use low-power radio waves to scan the person.
The waves reflect, creating a three-dimensional image of the individual's body on a monitor for security personnel to review. Ionizing radiation is not emitted by millimeter-wave scanners.
X-ray Scanners with Backscatter: Backscatter X-ray scanners generate a two-dimensional image of a person's body using very low levels of ionizing radiation, which is displayed on a monitor for security personnel to analyze. These scanners are becoming less common due to privacy concerns and potential health risks associated with ionizing radiation.