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Discovering the tiniest pieces of contraband requires a highly accurate inspection method.
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So why select OD Security North America to provide Body Scanners for your Washington location?
- Multiple user-friendly interface alternatives to establish effective Body Scanners!
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- Provides instruction and on call local support around-the-clock when needed!
Featuring 60+ years of medical x-ray applied science proficiency, OD Security North America has designed time-saving and effective Body Scanners in Washington to supply your specific screening requirements!
Body Scanners by OD Security North America will find banned items before it infiltrates your jail in Washington!
Need Body Scanners in Washington?
OD Security North America Has The Body Scanners You Require!
Call 979-415-3410 Today!
FAQs
Following are some of the most common questions asked about the use of body scanners in jails and prisons.
How is contraband detected in prisons and jails?
Correctional facilities use multiple layers of security to detect and deter contraband. Depending on the facility, these may include pat searches and other physical searches, cell and housing-area searches, K-9 teams, metal detectors, mail and package screening, intelligence gathering, and full-body security scanners.
Each screening method has different capabilities. For example, metal detectors are designed to identify metallic objects but cannot reliably identify non-metallic contraband or determine whether an object has been concealed inside the body.
Low-dose transmission X-ray full-body security scanners provide an additional layer of screening by producing an image that allows a trained operator to identify anomalies that may indicate contraband concealed on or within the body.
Because no single screening method addresses every potential threat, full body security scanners are best used as part of a comprehensive, layered contraband detection strategy.
What is a full body security scanner?
A full body security scanner is a screening system designed to help identify objects or anomalies concealed on or within a person's body.
Different technologies are sometimes referred to as body scanners, but their capabilities vary significantly. The SOTER RS Full Body Security Scanning System uses low-dose transmission X-ray technology.
Unlike a metal detector, which primarily detects metallic objects, transmission X-ray technology produces an image of the person being screened. This provides trained operators with visual information that can help identify anomalies associated with both metallic and non-metallic contraband, including items concealed beneath clothing, on the body, swallowed, or internally concealed.
How do full body scanners in jails and prisons work?
The SOTER RS uses low-dose transmission X-ray technology to produce an image of the person being screened.
During the screening process, the individual stands on the scanner platform while the scan is performed. A low-dose X-ray beam passes through the body to a detector, creating an image for review by a trained operator.
The operator evaluates the image for anomalies that may indicate the presence of contraband. Because transmission X-ray technology provides an image through the body rather than simply identifying metal or examining the body's surface, it can assist in identifying potential contraband concealed both externally and internally.
The screening process is contact-free and designed to be incorporated efficiently into correctional facility operations.
How are full body scanners used in correctional facilities?
Correctional agencies incorporate full body security scanners into their existing screening and contraband detection procedures.
Depending on facility policy and applicable regulations, screening may occur during intake or booking, following contact visitation, following outside work or activities, during transfers or movement, or at other points where there is an increased risk of contraband entering a secure area.
If an operator identifies an area of concern on a scan, facility personnel follow their established policies and procedures to determine the appropriate next step.
Full body security scanning does not necessarily replace other security measures. Instead, it provides an additional detection capability within a facility's overall contraband interdiction strategy.
What technology is used in full body security scanners?
Transmission X-ray technology passes a low-dose X-ray beam through the body to a detector, producing an image that can provide information about both external and internal concealment.
The SOTER RS uses low-dose transmission X-ray technology. This capability is particularly valuable in correctional environments, where contraband may be metallic or non-metallic and may be concealed beneath clothing, on the body, swallowed, or internally concealed.
What types of contraband can a full body security scanner help detect?
Transmission X-ray security scanners can help trained operators identify anomalies associated with many types of metallic and non-metallic contraband.
Depending on the size, density, location, concealment method, image quality, and other factors, this may include drugs or suspected drug packages, weapons, cell phones and electronic components, tobacco products, tools, and other prohibited objects.
An important advantage of transmission X-ray technology is its ability to provide visual information about potential objects concealed inside the body as well as externally concealed objects.
Full body security scanning provides correctional officers with one detection tool as part of a comprehensive security program.
Can a full body scanner detect drugs?
A transmission X-ray full body security scanner can help a trained operator identify anomalies that may be associated with drugs or drug packages concealed on or within the body.
The scanner does not chemically identify a substance as a particular drug. Instead, the X-ray image allows the operator to identify objects, shapes, densities, or other anomalies that warrant further evaluation under the facility's established procedures.
This distinction is important: the scanner assists in identifying potential concealed contraband; determination of the substance itself may require additional investigation or testing.
Can full body scanners detect contraband hidden inside the body?
Yes. This is one of the important advantages of transmission X-ray technology in correctional environments.
Because transmission X-rays pass through the body, the resulting image can provide trained operators with visual information that may reveal anomalies associated with swallowed items or objects concealed within body cavities.
This capability addresses an important limitation of screening methods such as metal detectors and conventional pat searches, particularly when the internally concealed object contains little or no metal.
What is the difference between a full body scanner and a metal detector?
Metal detectors and transmission X-ray body scanners use fundamentally different technologies and provide different information to the operator.
A metal detector is designed to identify metal. It can be effective for locating metallic weapons and other metallic objects, but it generally cannot identify drugs, plastics, organic materials, or other non-metallic contraband.
A transmission X-ray full-body security scanner produces an image of the person being screened. This allows a trained operator to identify anomalies that may indicate both metallic and non-metallic objects concealed on or within the body.
For example, an internally concealed package containing drugs may contain no metal and therefore may not trigger a metal detector. A transmission X-ray image provides the operator with visual information that may reveal the anomaly.
The two technologies can complement one another as part of a layered correctional security program.
What is the difference between a transmission X-ray scanner and a millimeter-wave scanner?
Transmission X-ray and millimeter-wave systems operate differently and have different capabilities.
Millimeter-wave systems use non-ionizing electromagnetic energy to identify potential objects primarily concealed beneath clothing or on the body's surface.
Transmission X-ray systems use low-dose X-rays that pass through the body to produce an image. This enables trained operators to evaluate potential anomalies both on and within the body.
For correctional environments, the ability to evaluate potential internal concealment is particularly important because drugs and other contraband may be swallowed or concealed within body cavities.
The SOTER RS is a transmission X-ray full-body security scanning system.
Why are full body scanners used in correctional facilities?
Contraband presents a serious security and safety challenge in jails, prisons, detention centers, and other correctional environments.
Drugs, weapons, cell phones, and other prohibited items can threaten correctional officers, incarcerated individuals, and the secure operation of the facility.
Traditional search methods remain important, but each has limitations. Pat searches are primarily external searches, while metal detectors are designed to identify metal and cannot determine whether an individual has swallowed or internally concealed a non-metallic object.
Transmission X-ray full body security scanners provide correctional officers with an additional detection capability by allowing trained operators to evaluate an image for anomalies that may indicate externally or internally concealed contraband.
What are the benefits of full body scanners in correctional facilities?
Full body security scanners can strengthen a correctional facility's contraband detection program in several ways.
Transmission X-ray technology can assist in detecting both metallic and non-metallic objects, including potential contraband concealed internally. Screening is contact-free and can reduce reliance on more intrusive physical searches in appropriate circumstances.
The technology can also provide a consistent screening process, support efficient movement through screening locations, and serve as a deterrent by making it more difficult to successfully conceal contraband.
Most importantly, full-body security scanners give correctional personnel another tool for identifying potential threats before those items reach secure areas.
Are full body scanners efficient for correctional facilities?
Full body security scanners are designed to support efficient security screening while providing significantly more information than many conventional screening methods.
The SOTER RS produces an image within seconds for evaluation by a trained operator. This allows full-body security scanning to be incorporated into operational workflows such as intake and other high-volume screening locations.
Effective screening, however, involves more than scan speed. Operator proficiency, equipment placement, facility procedures, and integration of scanning into the overall security workflow all contribute to an effective program.
Technology should support the correctional officer and the facility's security procedures - not replace them.
Can full body scanners eliminate strip searches?
Full body security scanning can reduce reliance on intrusive physical searches in many circumstances, but whether a physical or strip search is required is determined by applicable law, agency policy, the circumstances of the screening, and the results of the scan.
A transmission X-ray scanner provides officers with information that cannot be obtained through a conventional pat search or metal detector and can therefore provide a less intrusive initial method of evaluating potential internal or external concealment.
Facilities should establish screening and follow-up procedures consistent with applicable laws, regulations, and agency policies.
Are full body scanners safe?
Security X-ray systems such as the SOTER RS are specifically designed for low-dose personnel screening rather than medical diagnostic imaging.
The SOTER RS uses low-dose transmission X-ray technology and should always be operated in accordance with manufacturer requirements, the facility's radiation safety program, and applicable federal, state, and local requirements.
Radiation regulations and permitted screening practices can vary by jurisdiction. Facilities should follow the requirements established by their applicable radiation-control authority, including any requirements concerning registration, operator training, radiation safety, individual exposure, recordkeeping, and special populations.
Specific radiation dose or allowable scan-frequency claims should be based on the system's approved technical specifications and the regulations applicable to the facility.
Can pregnant individuals be scanned?
Facilities should establish a pre-screening procedure consistent with their policies and applicable regulatory requirements for identifying individuals who are known or suspected to be pregnant.
Because requirements can vary by jurisdiction, facilities should consult their applicable state radiation-control requirements when establishing their screening policy.
How often can someone be scanned?
The number of scans permitted for an individual is not appropriately answered with a single nationwide number.
Permitted exposure and scanning frequency can depend on the radiation dose delivered by the equipment, applicable exposure limits, the population being screened, facility procedures, and requirements established by the state or other regulatory authority with jurisdiction over the facility.
Facilities using the SOTER RS should establish scanning protocols based on the system's technical specifications and applicable regulatory requirements and should maintain any exposure records required by those regulations.
OD Security North America assists customers in understanding the technical information necessary to establish an appropriate screening program.
Can minors be scanned?
Requirements concerning the screening of individuals under 18 can vary by jurisdiction.
Correctional agencies should not assume that the rules applicable to adult screening automatically apply to minors. Facilities should establish policies consistent with applicable state radiation-control requirements and any other laws or regulations governing juvenile populations.
Where scanning is not permitted or appropriate, an approved alternative screening method should be used.
Can someone with a pacemaker or other medical implant be scanned?
Policies concerning medical implants should be established based on the SOTER RS operating requirements, applicable radiation-safety guidance, and facility procedures.
A transmission X-ray security scanner operates differently from technologies that use strong magnetic fields. Facilities should nevertheless establish appropriate screening procedures for individuals with medical devices or implants and follow any applicable manufacturer and regulatory guidance.
Questions involving a specific medical device or individual medical circumstance should be addressed through the facility's established medical and radiation-safety procedures rather than assumptions made by the scanner operator.
Does a full body scanner replace correctional officers?
No. Full body security scanners are tools that support trained correctional personnel.
The scanner provides information that may otherwise be unavailable to the officer, but trained personnel remain responsible for evaluating screening information and following the facility's established procedures.
Technology can make the screening process more efficient and provide additional detection capabilities, but it should not be presented as a substitute for trained correctional staff.
Does using a full body scanner reduce staffing requirements?
A full-body security scanner should not be characterized primarily as a staff-reduction technology.
It may improve screening efficiency and allow facilities to perform certain screening functions more effectively, but staffing requirements are determined by the facility's operations, security procedures, policies, and other factors.
The primary purpose of the SOTER RS is to strengthen contraband detection and support correctional personnel - not to replace correctional officers.
What is THEIA AI-assisted detection?
THEIA is OD Security's AI-assisted automatic threat recognition technology for the SOTER RS.
THEIA uses machine-learning technology to analyze SOTER RS scan images and identify and highlight anomalies for operator review. It acts as an additional detection tool - a 'second set of eyes' - to support the trained operator.
THEIA does not replace the correctional officer or make final security decisions. The operator remains responsible for reviewing the scan and following the facility's established procedures when an area of concern is identified.
By combining operator expertise with consistent automated image analysis, THEIA is designed to support more consistent and effective scan evaluation.
Does AI replace the need to train body scanner operators?
No. Operator proficiency remains critical to an effective body scanning program.
AI-assisted technology can help identify and highlight anomalies, but operators still need to understand the SOTER RS, recognize normal anatomy, evaluate scan images, identify potential contraband, understand screening procedures, and know what actions to take when an area of concern is identified.
Technology and operator skill work together. AI should enhance the capabilities of a trained operator rather than replace the need for training.
Do full body scanners prevent all contraband from entering a correctional facility?
No single security technology can guarantee that all contraband will be detected or prevented from entering a correctional facility.
Full body security scanners can significantly strengthen a facility's ability to detect and deter contraband concealed on or within the body, including threats that may be difficult or impossible to identify using a metal detector or conventional pat search.
The strongest correctional security programs combine appropriate technology with trained personnel, effective policies, intelligence, physical security, searches, and other security measures.
Do full body scanners ensure facility safety?
No single technology can ensure the safety of a correctional facility.
Full body security scanners can contribute significantly to a safer and more secure environment by strengthening a facility's ability to identify and deter concealed contraband.
Preventing drugs, weapons, cell phones, and other prohibited items from reaching secure areas can reduce important risks to staff and incarcerated individuals. However, full body scanning should be considered one component of a comprehensive correctional security program.
Are full body scanners common in correctional facilities?
Full body security scanners are used by jails, prisons, detention centers, and other correctional agencies across the United States as part of their contraband detection programs.
Correctional agencies increasingly face sophisticated concealment methods, including small quantities of drugs and other non-metallic items that may be swallowed or internally concealed. Transmission X-ray technology provides a detection capability specifically relevant to these threats.
When evaluating a system, agencies should consider factors including technology type, image quality, detection capability, radiation dose, ease of operation, operator training, throughput, regulatory requirements, integration capabilities, service, and long-term technical support.
What is the SOTER RS?
The SOTER RS is a low-dose transmission X-ray Full Body Security Scanning System distributed in North America by OD Security North America.
Designed for security screening applications, the SOTER RS provides high-quality X-ray images that allow trained operators to identify anomalies that may indicate contraband concealed on or within the body.
The system is used in correctional, law enforcement, and community justice environments where detecting concealed drugs, weapons, cell phones, and other prohibited items is an important component of facility security.
The SOTER RS combines transmission X-ray technology with an efficient scanning process, operator-focused software, training, service and support, and optional advanced capabilities such as THEIA AI-assisted automatic threat recognition.
What should a correctional agency consider when choosing a full body scanner?
A correctional agency should look beyond the purchase price or a single equipment specification.
Important considerations include whether the technology can assist with both external and internal concealment; image quality and detection capability; radiation dose and applicable regulatory requirements; ease of use; screening speed and workflow; operator training and continuing proficiency; software and AI-assisted capabilities; reporting and recordkeeping; integration; reliability; warranty coverage; technical support; field service; supplier experience in corrections; and long-term product development and support.
A body scanner becomes part of a facility's security infrastructure. Agencies should therefore evaluate not only the equipment but also the organization responsible for installation, training, service, support, and continued development of the system.
Are body scanner regulations the same in every state?
No. Requirements for the possession and use of personnel security X-ray systems can vary significantly by state.
Depending on the jurisdiction, requirements may address equipment registration, installation approval, radiation safety programs, operator training, individual exposure limits, pregnancy screening, minors, recordkeeping, reporting, inspections, and other operational matters.
Correctional agencies should follow the requirements of the radiation-control authority with jurisdiction over their facility.
For this reason, state-specific regulatory information should be treated separately from general product FAQs and verified against current requirements before publication.
Where can correctional agencies learn more about the SOTER RS?
Correctional agencies interested in evaluating full body security scanning can contact OD Security North America to learn more about the SOTER RS, discuss their facility's screening requirements, and arrange a product demonstration.
A demonstration allows agency personnel to see the technology, image quality, software, and screening workflow firsthand and discuss how full body security scanning could be incorporated into their existing contraband detection program.
