By delivering real-time tracking, authentication, communication, and location information for both individuals and resources, RFID for healthcare has the promise to save healthcare practices considerable time and money. 

If you are in charge of a hospital, clinic, or any other type of medical facility, you are probably intimately familiar with the difficulties in providing top-notch treatment while maintaining patient safety and adhering to all applicable regulations. 

An RFID solution offers an effective, affordable information system to promote best practices in patient treatment, from visits and admissions to points-of-care and into tracking inventory and supplies.

For the finest RFID software, tags, printers, and readers for your healthcare-related activities, turn to Makamat’s 14+ years of expertise.

What is RFID?

RFID (Radio-Frequency Identification) is a contactless solution that uses radio waves to transport data from an electronic tag affixed to an object to a reader. RFID for healthcare offers a method for managing and identifying equipment, materials, and even patients’ information, and we’ll get into that shortly.

 Check out this article to dive into more details about RFID!

Why Use RFID for Healthcare?

Public health is greatly impacted by medical errors, which are the third leading cause of death (in the United States of America). Other significant industry problems include a lack of data and transparency, patient tracking, lengthy hospital wait times, inventory management, prescription mistakes, and parking management. By automatically recognizing and monitoring RFID tags attached to items, RFID offers a variety of solutions to these issues.

The healthcare industry is aware of how important it is to adopt and utilize health-related information technology. RFID has several prospects for the reformation of healthcare, with powerful institutional forces and regulations advocating for the implementation of these technologies to better enhance patient experiences.

The healthcare sector has access to a wide range of opportunities thanks to RFID’s ability to track hundreds of products simultaneously and identify each one of them individually beyond just the sort of product that each is. 

To track patients, find equipment, and speed up care, healthcare organizations use RFID-enabled technologies, namely real-time location systems.

RFID helps in:

• Reducing medicine fraud
• Streamlining clinical trial procedures
• Increasing the precision of patient identification
• Reducing misidentification issues in healthcare
• Eliminating the chance of giving the wrong medication to patients through streamlining patient tracking, streamlining inventory management, and improving caregiver-patient communication.

RFID for Healthcare Asset Tracking

The healthcare industry loses millions of dollars annually due to the displacement and underuse of physical assets. It is a challenge to keep track of equipment, especially in major hospitals, which are sometimes vast, multi-floored facilities with over 10,000 properties. Personnel spend a lot of time and walk distances looking for underutilized devices or out-of-service equipment.

The reliability of operational processes can be significantly enhanced by increasing visibility of where key equipment is located. Applying RFID tags on all essential items makes it possible to trace every component used during procedures, allowing hospitals to reliably track allocation for every operation and guarantee reliable inventory restocking.

The perks of RFID for healthcare asset tracking can be summed up as such:

• Reliable inventory of medical resources
• Complete asset management repository integration
• Inventory record updates take minutes rather than hours.
• Enhanced patient safety through more frequent maintenance inspections
• Improved asset utilization implies substantially decreased capital expenditure
• Save clinical staff’s time
• Release capital constrained by surplus stock
• Reduce waste
• Monitor the use of inventories for every operation

RFID for Healthcare Patient Tracking

Identifying patients incorrectly can lead to medical errors, which is arguably the worst case situation. You need a method for your team to promptly and precisely confirm they are dealing with the proper patient if you want to eradicate these mistakes. The answer originates with admission.

Every patient obtains an RFID tag or wristband that contains all relevant demographic information as well as their medical history upon registration at the hospital or healthcare facility. All authorized healthcare practitioners will have access to this information, after it has been transferred into a computerized medical file.

The majority of patients receive care in a variety of locations throughout the hospital, including rehabilitation units, image processing rooms, and their bedsides. 

In order to ensure that the proper individual is receiving medical care and that samples are documented appropriately, the staff members carrying out the examination or administering the medications can scan the patient’s RFID wristband at each stage of care and cross-reference the details with the information on the prescription. RFID for healthcare’s precision almost eliminates the possibility of inaccuracy.

The ability to track patients using RFID wristbands is yet another security measure. This tracking feature of RFID for healthcare may be crucial in situations where patients with dementia traipse into risky areas or leave the hospital, when doctors are making the rounds when it is time for an assessment or intervention, or even to remove the risk of infants being abducted from the hospital.

RFID for Healthcare Infant Safety

While health officials believe that Code Pink — the code term for infant abductions — is a rare occurrence in medical facilities, it is nevertheless a concern that must be addressed thoroughly by a hospital. There have been many instances of NICU infant abductions, many of which go unnoticed and unreported.

An infant abduction not only has the potential to destroy the family affected and terrorize the personnel, but it also has the potential to have devastating long-term repercussions for the hospital’s reputation and image.

In a ground-breaking move, the Tidal Health hospital (formerly known as PRMC) implemented an innovative RFID security system in 2018 with the primary objective of providing new parents with peace of mind that their infants are in capable hands.

Over the hospital’s private Wi-Fi networking, the RFID infant protection solution they selected would monitor infants as they moved about the maternity ward and the rest of the facility. Furthermore, each baby’s whereabouts may be seen on a computer monitor by the relevant security professionals. Tidal Health’s simple integration and sign-on features helped this RFID-based infant protection solution achieve success.

RFID for Healthcare Temperature Monitoring

In the healthcare industry, automatic temperature monitoring helps assure legal compliance, enhance patient safety, and boost operational effectiveness. There are affordable temperature monitoring RFID solutions available to make your lives easier. 

Automatic temperature monitoring works by following 3 steps:

1. Measuring temperature. Thermal sensors incorporate RFID technology to send consistent measurements into a centralized database through an already-existing wi-fi or private network. The situation that has to be monitored is given an RFID tag with a built-in temperature sensor. Temperature records are sent by the tag at user-defined intervals.

2. Gathering data. The RFID readers detect frequencies and send them to a centralized database.

3. Using accurate data.  The user may specify settings for highest and lowest temperatures and activate immediate warnings if readings are beyond the preset range using an easy-to-use piece of software. There are numerous ways to warn medical staff when temperature anomalies are detected, including email, sound alarm, and badge or text alerts. Access to records for inspection purposes, audits, or assessments is also made available by the integrated RFID for healthcare solution.

The automation of temperature-taking operations that need direct contact with patients is facilitated by a wireless temperature monitoring device. At least six unnecessary encounters between the caregiver and the patient per day have been shown to be reduced by it, which has a lot of positive effects.

Adopting an RFID temperature monitoring technology:

• Ensures greater patient and worker safety (from contagious illnesses, for example)
• Lessens the burden on nurses
• Enables physicians to get real-time information
• Reduces paper waste due to the digital nature of the procedure
• Helps patients — whether children or adults — sleep more soundly at night
• Saves money and time by replacing manual checks.
• Increases precision due to the removal of human mistake
• Reliable and consistent adherence to routines and patient safety surveillance

RFID for Healthcare Products

There are several healthcare RFID solutions and RFID products out there that work wonders for those who are smart enough to invest in them. We at Makamat offer a wide range of RFID solutions for healthcare that are, simply put, extremely effective.

RFID Infant Safety Products

It can be difficult to safeguard infants. A robust automated infant protection system is necessary since people cannot be in all places at once. With RFID for Healthcare, you can always keep a check on infants.

Modern active radio frequency identification (RFID) tags are used in the Cadi SmartSense Infant Safety system to guarantee that babies are always brought to the correct moms and to avoid infant snatching.

The baby, mother, and bassinet (or cot) each have pre-paired RFID tags that, when in proximity to each other, automatically complete matching authentication. Real-time security alarms for unapproved exits are combined with Cadi SmartNodes to protect infants and provide parents total peace of mind.

SmartTAG STG-836 Infant Safety Tag and Safety Band

Cadi’s SmartTAG STG-836 active RFID tag is used for infant safety and is strapped on to the baby’s ankle with the aid of Cadi’s specially designed hypoallergenic safety band. Both products are key components of the Cadi SmartSense infant safety solution which also incorporates the use of Cadi STG-856 mother tag and STG-856C baby cot tag.

SmartTAG STG-856C Cot Tag

The STG-856C active RFID tag is a unique component of the Cadi SmartSense Infant Safety Application. The tag is mounted on to the infant’s assigned cot and is used for matching verification with the Cadi STG-836 infant tag.

Wireless Temperature Monitoring System

An RFID wireless temperature monitoring device aids in the automation of temperature-taking procedures that necessitate personal contact with patients. It has been demonstrated to lessen at least 6 unnecessary interactions between the caregiver and the patient each day

RFID Patient Tracking Systems Products

A patient tracking and identification system is necessary for improved effectiveness, shorter response times, and on-time service. The Patient Identification System enables a healthcare professional to record and track a patient’s progress while they receive treatment when they are a patient at a healthcare facility.

Patient tracking technologies have been implemented by many hospitals in order to minimize hazards, increase overall efficiency and response rates, quickly find patients, and monitor their individual medical data. This has improved patient safety and the patient’s overall experience with healthcare.

SmartTAG STG-856 Patient Tag

Cadi’s SmartTAG STG-856 active RFID tag is primarily used for patient tracking solutions. The tag is issued to all patients. It is also used for infant safety applications in a hospital. The tag is issued to all mothers and used for matching verification with Cadi’s STG-836 infant tag in the SmartSense infant safety application.

SmartNODE SMN-890S Receiver

The Cadi SmartNODE SMN-890S RFID receiver is an integral component of the Cadi SmartSense wireless sensing and location tracking system. The SMN-890S is a POE enabled receiver for receiving data transmitted by all Cadi’s active RFID tags and forwarding them via its built-in Ethernet LAN interface to the Cadi SmartSense software engines for processing.

RFID Assets and Medical Equipment Tracking Products

Asset tracking is crucial to modern workplace management, whether it be for industrial or medical equipment. You can determine how much something costs you and if it is still working by being aware of what you own (or rent).

With the help of asset monitoring software, you can access all of your asset data in one place at any time, making it easier to identify assets, maintain them in a much more practical manner, and make smarter purchase decisions by understanding the ownership costs.

SmartNODE SMN-826M Exciter

Cadi’s SmartNodeTM SMN-826M Door-Mount Exciter is an integral component of the Cadi SmartSense location tracking system. The SMN-826M is a low-frequency device that operates together with the Cadi SMN-890S Receiver to provide for granular room-level visibility and choke-point location detection. The SMN-826M will trigger any Cadi active RFID tags to transmit its ID when the tags are in close proximity.

SmartTag STG-821W Wi-Fi Tag

The Cadi SmartTAG STG-821W is part of Cadi’s range of proven active Wi-Fi tags that are used for location tracking of personnel or staff in a hospital.

Leveraging Cadi’s unique tag-to-tag proximity detection technology, the STG-821W can also be configured for contact tracing applications to help organizations accurately track, trace and monitor personnel; including staff, visitors and patients coming into proximity contact with each other.

Final Thoughts

The increasing use of RFID technology, particularly in the healthcare industry, reveals RFID technology as a valuable asset to healthcare institutions. By delivering real-time traceability, authentication, communications, and location information for both individuals and assets alike, RFID has the power to save industries time and money.

Patient safety, asset tracking, efficiency in patient care, and provider pleasure were promising advantages associated with the use of RFID for healthcare. Economic, technological, administrative, privacy, and security issues were frequent roadblocks.

Financial analyses of risk and value, thorough testing of the RFID technology prior to deployment, staff education on technology prior to adoption, and recognition of the need for proper security measures to preserve patient privacy were suggested solutions to get through these obstacles as per a paper published by the Healthcare Information and Management Systems Society (HIMSS).

What is RFID?

With its first prototypes going back to 1973, when engineer Mario Cardullo obtained his first patent for a device that could produce a coded signal in response to distant radio frequencies, RFID is a well-established technology. It is still in use today as a strong identifying tool across many different sectors. It can track pharmaceuticals used in hospitals, permit authorized staff access to restricted areas, and offer crucial assistance with inventory and supply chain management. 

You’ve probably used this technology in your daily life, whether you were using your tap-to-pay chip to breeze through the checkout line, passing through scanners when leaving a clothing store, or scanning your fare pass to get to work.

RFID is an automated data collecting system that identifies, classifies, and tracks items by using radio frequency waves to transmit data between a reader and a moving object. It does not need a direct line of sight or close proximity between both the reader and tags, in contrast to traditional barcodes.

Components of an RFID System

Four main elements make up RFID technology: RFID tags, RFID receivers or readers, RFID printers or encoders, and computer software.

RFID Tags

RFID tags are compact hardware with an antenna and an electrical microchip embedded within. The RFID tag’s distinctive identifying number is stored on the microchip. Radio frequency is used by RFID tags, a sort of tracking technology, to locate, recognize, follow, and interact with objects and people.

RFID tags may contain a variety of data, including serial numbers, a brief product description, and even entire pages of content. Cryptographic security elements are included in certain RFID tags to provide a high degree of authentication and validation. Low frequency (LF), high frequency (HF), and ultra high frequency (UHF) radio waves are typically used to identify RFID tags.

The item that has to be tracked has tags linked to it. These tags provide all the relevant data that has been decided upon before installation. One may translate and collect the information from these tags via RFID readers.

We will be discussing RFID tags in more detail below.

RFID Readers

An RFID reader is a handheld or permanently mounted device that reads tags. With the propagation of radio wave impulses, tags are turned on. The signals from the tags are transmitted back to the antenna after they have been triggered. The antenna then converts the waves into data that the RFID readers pick up.

As mentioned above, RFID readers can be classified into 2 categories, handheld (portable) and stationary (fixed). What’s the difference? In essence, portable readers are movable and fixed readers are immobile. While portable readers have built-in antennae, fixed readers need an antenna to gather data.

Handheld RFID Readers

Handheld or portable RFID readers can be carried around on your person. When reading tags on the move or in other situations where motion of the reader is required, handheld RFID readers are a perfect choice. With a few exclusions, handheld readers contain built-in antennae and displays for simple operation and fast data engagement. In addition to being useful for tag writing, handhelds are frequently used for inventory monitoring.

Fixed RFID Readers

Large numbers of RFID-tagged containers, pallets, and objects may be moved and tracked swiftly and precisely using fixed RFID readers. Fixed RFID readers are made to function well in a variety of settings. They are perfect for usage on radio-frequency-challenging substrates, in high-density tag situations, and in elevated throughput operations.

In order to be fastened to ceilings, walls, entrances, carts, etc., fixed readers feature ports for antennae. Since fixed readers are typically stationary, they should be positioned in a central area. Fixed readers are able to recognize entities as they pass through a certain space, like a loading dock.

RFID Printers

RFID printers are machines that print and code data on RFID inserts or tags at the same time. The only method to print on labels is with one of these machines, and they also reduce effort by automating the labor-intensive process of manually encoding individual tags. In addition to printing data that can be read by humans, RFID printers can also print pictures and barcodes.

RFID Printers can be useful even for non-printing applications by speeding up the encoding process. Industrial printers, for instance, have the capacity to print at speeds of up to 14 inches each second in some applications, or just above 6 tags a second for 2-inch tags.

Variations of RFID printers may be broken down and distinguished in a variety of approaches. The use of a printer is the most typical. There are three primary groups under “printer usage”: industrial, desktop, and mobile. RFID printers can also be grouped according to how well they work with RFID tags, often by tag frequency but occasionally by specific tag variants.

Computer Software

RFID software is employed to handle data gotten from and transmitted to RFID readers, tags, and printers. There are several varieties of RFID software. RFID tags, which are small transponders that connect to RFID antennas, are created using some RFID applications. Others are made to print RFID labels with barcodes or text that can be read by humans. RFID software for portable devices like readers, encoders, and scanners may be incorporated in the gadget itself or kept on a network server. Device administration functions like distant surveillance and hardware setup are included in conventional RFID middleware. 

In order to work with enterprise resource planning (ERP), supply chain management, or warehouse management systems, several RFID software programs offer system interfaces.

RFID Tags

To build on what has previously been mentioned about RFID tags, they are of two types — passive and active. 

Active RFID Tags

Active RFID tags have a few distinctive qualities that set them apart from passive tags. Some tags are enclosed in a protective shell because they frequently need to survive in challenging environmental circumstances like freezing temperatures or heavy rainfall. Active RFID tags are bigger than passive RFID tags due to the size constraints of the battery, wiring, and robust exterior. 

Some additionally feature sensors on-board that monitor environmental factors including temperature, dampness, fluid flow, and power usage. They may also be applied to very particular use cases, such as detecting temperature changes when a cargo door is opened. As a result, shippers have more information to help them make critical decisions, including rerouting a package if it spoils.

Active RFID tags may transmit up to and even past a distance of 100 meters and just need a weak signal to interact. Based on the characteristics, each tag might cost anything between $15 to over $300. Active RFID tags are typically too costly for straightforward inventory applications due to their high cost. They are more effective in tracking valuable shipments. Along with logistics and transportation, active RFID tags are frequently used in the car production industry, healthcare and medicine, constructions, mining, telemonitoring, and IT asset management sectors.

Passive RFID Tags

There is no inbuilt source of power in passive RFID tags. They make use of the electromagnetic waves emitted by readers. An internal antenna of the gadget produces a magnetic field after a reader communicates to the tag. The tag circuit transmits data to the reader again using the power produced.

The serviceable life of passive RFID tags is greater than that of active RFID equipment. They are small and relatively easy to produce. Ultra-high frequency (UHF) tags have the greatest range of any passive RFID invention.

Passive RFID tags are currently the most popular; they don’t really necessitate a direct line of sight to a reader but have a significantly lower bandwidth, are more compact, and are  perfect for:

• Inventory management and control
• Healthcare and pharmaceutical
• Supply chain management
• Tracking of assets and personnel
• Supervision of the perimeter and gates
• Logistics
• Clothing and retail
• Manufacturing and industrial
• Anti-counterfeiting and brand safeguarding
• Traveling and entertainment
• Real-time location systems (RTLS)

Makamat’s RFID Tags

We offer a wide selection of RFID products, ranging from readers and tags to printers and encoders. Our RFID solutions cater for asset tracking, supply chain management, industrial safety, retail, healthcare, and food safety needs. This section will discuss our RFID tags.

Active RFID Tags

Description

Wavetrend’s Industrial Asset Tag is an Active RFID Tag that is suitable for tracking and monitoring high-value assets such as plants or vehicles. The IP67-rated glass-filled nylon casing is well-suited to harsh environments that demand a very durable, waterproof Tag. To satisfy specific application needs, a variety of sensor alternatives are available.

Some benefits

• Suitable for tough environments requiring a robust waterproof tag
• Real-time identification of unique tags in a large population
• Flexible configuration of status updates, together with battery life optimization
• Lifespan of 3 years when transmitting at the standard or greater interval

Check out our active RFID tags here.

Passive RFID Tags

There are many types of passive UHF tags that you can choose from based on your requirements. Our passive RFID tags are divided into different families, each catering to a specific need as will be described below.

Confidex Steelwave – Durable on-metal tags for indoor and outdoor applications.

Steelwave has a wide range of items for both indoor and outdoor use. This innovative and long-lasting product line provides numerous attachment methods, small footprints, flexibility, and performance to guarantee the successful deployment of asset monitoring projects with a wide range of needs. These include the Steelwave Classic, Steelwave Flex, Steelwave Micro II, and Steelwave HF.

Confidex Ironside – Most rugged hard tags for industrial environments.

The Ironside collection is designed for metallic returnable transport products and industrial assets that are subjected to harsh weather and handling. A patent-protected antenna design with industry-leading performance and a very durable IP68 (up to IP69K with Ironside Flag) construction provides seamless asset tracking in the harshest situations. The products are Ironside Classic, Ironside Micro, Ironside Slim, Ironside Flag, and Ironside Plate.

Confidex Silverline – Industrial grade printable on-metal labels.

The Silverline collection is the premier IP68-rated on-metal label solution for demanding applications. The Confidex Silverline collection enables RFID usage easier and more efficiently than ever before by combining the on-metal functionality of hard tags with the ease of customizing of labels. The products are Silverline Blade II, Silverline Classic II, Silverline Micro II, and Silverline Slim II.

Confidex Heatwave – High temperature tags with industrial grade reliability

Designed with extreme reliability as the prime focus. The Heatwave series is the result of over 10 years of research and development of high temperature tags with proven dependability in industrial applications such as automotive paint shops. The products are Heatwave Flag and Heatwave Tough.

Confidex Go – Cost engineered for fast and reliable identification in high volumes

Confidex Go products are designed with cost efficiency in mind. They are the go-to choice for fast and reliable logistics applications that require unique features such as reading from all angles, eco-friendly paper based structure, VDA compliancy or tagging challenging specialty retail categories such as sports equipment, beauty and personal care items. The products are Crosswave Classic Neo, Casey, Leaf, eKanban GTL/SLC, Ferrowave Classic, Ferrowave Flag, Ferrowave Micro, and LoopTag.

Confidex Carrier – Washable tags for plastic returnable items

The Confidex Carrier family is designed especially for plastic returnable transit item (RTI) tracking. They are all IP68 classified and can withstand washing processes while maintaining their strong grip on plastic surfaces. All labels can be printed and encoded with standard RFID printers or be ordered pre-personalized. The products are Carrier Classic, Carrier PRO, Carrier Tough Slim, and Carrier HF.

Confidex Cruiser – Reliable vehicle identification for parking, vehicle registration and toll collection

The Confidex Cruiser family is designed for Automatic Vehicle Identification (AVI) and Electronic Vehicle Registration (EVR) applications. Cruiser labels can withstand varying weather conditions and washing processes while remaining tamper-proof. Confidex also delivers fully personalized Cruiser products against customer requirements. The products are Cruiser Headlamp, Cruiser Windshield, and Cruiser Windshield Crypto.

Confidex DesignStudio 

Confidex DesignStudio provides you with uniquely new products or standard product modifications for your specific needs, whether simple or complex. Let’s co-create together a BLE, RFID, or NFC product that fits your needs. These products are TireTag, Survivor, Captura, PulpLabel, and ESD On Metal.

For a complete overview of all our Passive RFID Tags, click here.

We also offer BLE Tags, battery-assisted passive tags, and metal-adhesive tags.

Final Thoughts

According to popular consensus, the development of radio frequency identification technology began during World War II. Radar, which was developed in 1935 by Scottish physicist Sir Robert Alexander Watson-Watt, was used by the Germans, Japanese, Americans, and British to warn of oncoming planes when they were still hundreds of miles away. The issue was that it was impossible to distinguish between planes flown by national pilots returning from missions and those belonging to the enemy.

Inventors saw a huge potential for radar and radio frequency identification after developments in that age, and thus began working towards developing technologies that accommodate for the people’s evolving needs. Thus, RFID was born and has since grown to become one of the world’s most beloved tracking technologies. 

RFID has a lot of potential past asset tracking and use in supply chain and manufacturing, such as in general security and in the entertainment industry. Keep an eye out for upcoming articles we plan on publishing about these two RFID ventures!

يعد تتبع الأصول ضروريًا أيضًا لأي فريق إدارة في مكان العمل. ستحتاج إلى تتبع ممتلكاتك من أجل تحديد تكلفة شيء ما. يساعد تتبع الأصول أي شركة على تقدير تكلفة كل شيء من المعدات إلى أثاث المكاتب. تستخدم بعض الشركات التتبع اليدوي، على الرغم من أنه قد يكون مشكلة بالنسبة للمؤسسات الأكبر. ونتيجة لذلك، فإن حلول رصد الأصول ضرورية للتشغيل الفعال.

إذا كنت تفكر في شراء برنامج مراقبة الأصول، فإليك نظرة أعمق على المزايا وما يجب التفكير فيه وأنت تفاضل بين بدائلك.

لماذا تحتاج إلى برنامج تتبع الأصول؟

تقليل التكاليف الإدارية

نظرًا لأن مراقبة الأصول تلغي الحاجة إلى المحاسبة اليدوية للأصول، والتي تمنع حدوث خطأ بشري الذي يؤدي إلى نفقات إضافية، فسيكون لدى موظفيك المزيد من الوقت للتركيز على الواجبات التي تزيد الدخل.

حافظ على أصولك

إن معرفة الحالة الحالية لمعداتك تجعل صيانتها أسهل بكثير. إذا كان لديك 50 شاحنة، على سبيل المثال، فلن تعرف متى تستحق الصيانة إلا إذا قمت بتوثيقها. يسمح لك برنامج تتبع الأصول بإعداد تذكيرات آلية عندما يحين وقت إجراء الإصلاحات العادية، مما يؤدي إلى عدد أقل من المشاكل غير المتوقعة أو أثناء فترة توقف العمل.

توفيراً للتكاليف

قد تخسر المال دون أن تدرك ذلك إذا لم تقم بتتبع ممتلكاتك. يساعدك تتبع الأصول على تجنب الخسائر ويحمل فريقك المسؤولية عن التعامل غير السليم مع المعدات.

خدمة العملاء أفضل

عندما تعزز الأداء الوظيفي لشركتك، سيلاحظ العملاء على الفور. سيستفيد العملاء بالتأكيد من هذه التحسينات الداخلية، سواء كان مخزونًا أفضل تخزينًا أو عمالًا أكثر اطلاعًا أو عملًا أكثر كفاءة بشكل عام. قد يرغب بعض المستهلكين في معرفة ما إذا كان لديك برنامج مراقبة الأصول لأنه يتحدث عن موثوقيتك كشريك.

تحسين الدقة

في المتوسط، ترى الشركات التي تتبنى تكنولوجيا RFID أن دقة عدد المخزون لديها ترتفع من 63٪ إلى 95٪. قد يكون مصدرك الوحيد للحقيقة هو منصة برمجيات مراقبة الأصول. بطبيعة الحال، يتيح لك الحصول على هذه الدرجة من المعرفة معرفة مكان أصولك وكيفية استخدامها والخطوات التي يجب اتخاذها للحفاظ على الأصول قيد التشغيل في جميع الأوقات.

من يحتاج إلى برنامج تتبع الأصول؟

تعد أنظمة تتبع الأصول أمرًا بالغ الأهمية لجميع أنواع المشروعات، ولكن بشكل خاص بالنسبة لأولئك الذين يعتمدون بشكل كبير على الأصول لتشغيل عملياتهم. على سبيل المثال، تتطلب شركات الطيران وشركات البناء وشركات النقل والشركات المصنّعة، معدات معقدة ليتم تتبعها وصيانتها. يؤدي توقف المعدات إلى قلة الإنتاج والدخل وإمكانية تضرر علاقات العملاء في هذه المشروعات.

حتى المنظمات التي تستخدم المعدات المعقدة يجب أن تراقب أداء الأصول. على سبيل المثال، قد تحتوي سلسلة الفنادق أو المطاعم على مئات المباني التي يجب صيانتها جميعًا بشكل كافٍ لضمان سلامة وراحة الموظفين والعملاء.

موظفو الصيانة ومديرو المرافق والمدراء التنفيذيون لتكنولوجيا المعلومات ليسوا الوحيدين المستفيدين من مراقبة الأصول. كما سيستفيد منها مديرو المحاسبة والشراء المسؤولون عن تتبع المخزون.

حتى ديزني “أكبر شركات الترفيه”، تعتمد بشكل كبير على تتبع أصول RFID لعملياتها. تقدم ديزني للزوار خط سير مخطط مسبقًا للرحلة مع تقديم الكثير من الخدمات لتحصل على اهتمامات الزوار من وقت انتظار أقل، وسهولة الحجز وسهولة الوصول للحافلات والفنادق، وحجز الركوب، وكل ذلك بواسطة سوار اليد المرتبط ببطاقة ائتمان الزائر دون الحاجة إلى الدفع نقداً.

كيف يعمل نظام تتبع الأصول RFID؟

المفاهيم الأساسية لكيفية عمل نظام تتبع RFID هي نفسها سواء تم استخدامها في المجال الطبي للمعدات أو في المستودع لمراقبة سلسلة التوريد الخاصة بالشركة المصنعة. كبداية، ستحتاج إلى الأدوات التالية:

• RFID: تحديد الهوية بموجات الراديو.
• RFID Tags: شرائح أو بطاقات.
• An antenna (a device that receives and transmits signals): الهوائي (يرسل ويستقبل الإشارات اللاسلكية).
• A reader for RFID tags: قارئ الترددات اللاسلكية.

يمكن تقسيم عملية تتبع أصول RFID إلى أربع خطوات بعد وجود المعدات المناسبة:

• يتم حفظ البيانات على شريحة RFID المثبتة على الشيء المراد تتبعه ولها رمز منتج إلكتروني فريد.
• يتم اكتشاف إشارة علامة RFID القريبة بواسطة الهوائي.
• يتم استلام البيانات الواردة في علامة RFID بواسطة قارئ RFID متصل لاسلكيًا بالهوائي.
• يتم إرسال البيانات لاحقًا من قارئ RFID إلى قاعدة بيانات مراقبة الأصول، حيث يتم تخزينها وتحليلها والعمل عليها.

الخطوة الأولية بسيطة جدًا، اعتمادًا على كيفية اختيارك لتنفيذ نظام مراقبة أصول RFID الخاص بك.

كيف تشتري أنظمة تتبع الأصول RFID؟

في مقامات، لدينا إجراءات تشغيلية فريدة للغاية. فريقنا المتميز من خبراء RFID مجهز تمامًا لاستكمال مشروعك. تقوم مقامات بتنفيذ حل RFID الذي تحتاجه. تأكد تماماً بأن إجراءاتنا التشغيلية مع العملاء مصممة خصيصًا لمتطلباتهم التشغيلية المحددة.

تعرف على المزيد حول عملياتنا، وكيف يمكنك بدء الرحلة التنفيذية لـ RFID معنا من هنا.