RFID wristbands application in PATIENT MANAGEMENT


RFID technologies offer different re-writability options, memory sizes, and tag forms, and can be read from anywhere within range of the RFID reader. Some RFID labels can hold more data than barcodes, and can be read automatically without any user intervention required.

Similar to barcode applications in healthcare, RFID Wristband For Patient Management has found intriguing applications for improving the delivery of healthcare and welfare of patients in hospitals.

RFID Wristband For Patient Management is one of the most common methods used in hospitals. In this approach, the medical staff writes basic information on a plastic or paper-based wristband to identify the patient, this method can be used to complement the chart-based identification.

RFID application in Check-In System

RFID application in Check-In System

Today, more and more organizations require a performing and efficient access control system. Regarding the reasons,it can be attributed to:

1) Enhanced security to limit access to restricted areas,
2) Tracking employee activity,
3) Improve loss prevention and
4) Compliance to higher internal or government regulated security measures post 9-11 to name just a few.

An RFID access control system can provide an easy and efficient solution. RFID cards can be read from much further distances than other traditional technologies and the embedded electronic information for each badge can be over-written repeatedly. The increased reading distance thus enables other tracking technologies like surveillance cameras to be activated in conjunction with an employee being in their vicinity. Furthermore, multiple RFID card can be read all at the same time. Information about employee access, attendance, and duties performed, can be easily and efficiently monitored and stored in a database. Access information can also be tied to a Windows Active Directory or LDAP for user authentication and therefore be synchronized to an authorized access scheme.

We offer a variety of solutions that solve the access control concerns of an organization.For example,RFID cards, RFID keyfobs even RFID wristband and our systems can be designed to ensure that an organization is compliant with the latest government security regulations and construct or improve the current loss prevention program. These benefits will make an immediate impact and, over time, will improve efficiency and significantly reduce or even eliminate losses.

RFID Application in Logistics

Efficient logistics is a pre-requisite for successful commerce. Commercial transactions cannot take place unless goods are transported from source to destination in a timely, safe and economical manner. In a global marketplace, there is worldwide movement of goods – raw materials, components, equipment, semi-finished and finished products. Delays and errors can have severe consequences which get further magnified downstream along the supply chain. Consequently there is a huge demand for quick and efficient logistics and asset tracking.

The increased global movement of important documentation requires greater efficiency in post and parcel delivery. There is also worldwide movement of people in ever-increasing number, for business and pleasure. Efficient baggage handling is therefore also of vital importance. With modern life encountering increasing security concerns, organizations also look to implement additional safety and security provisions in the transport of goods and people.

Logistics providers therefore consider RFID to be imperative for the survival and growth of their business. In order to meet customer needs for shipment accuracy and real-time tracking of chain-of-custody data, transportation companies are under increasing pressure to provide greater visibility into package location and movement. RFID complements GPS in tracking and tracing information on assets throughout the course of their transit, resulting in streamlined operations, improved security, loss and theft reduction, reduced insurance risk, quicker transit, sales force automation, cost reduction, proactive information exchange over the internet and increased customer satisfaction.

RFID is the key component of a sound warehouse management system. RFID tagging offers guaranteed visibility of product flow across warehouses and distribution centres. RFID real-time locating systems (RTLS) facilitate efficient yard management through increase in productivity while saving labour and fuel costs. There is similarly increased efficiency in container management. RFID enables vehicle mapping and event tracking with extensive journey and halt reporting. Shipment delays and errors are minimized, proper loading sequence is maintained and speedier order staging is ensured through the implementation of RFID solutions. RFID also enables the adoption of just-in-sequence tracking which increases agility, allows prompt and accurate line replenishment, reduces sequencing errors and recall, increases speed to market and effects savings in costs.

By enabling track and trace along the entire value chain, RFID has ushered in a logistics revolution. Across the complete range of transportation – trucking, shipping and aviation, there is increasingly no alternative to the adoption of RFID. It has reshaped and energized the industry, helping traditional service operators to easily move up the value chain and become complete logistics providers in full control of the entire distribution process.

RFID Wristbands for College and University Graduations

As summer falls upon us, many families and friends will be attending college and university commencement ceremonies to celebrate the achievements of their loved ones.

As many of these graduations are extremely large and only allow a certain amount of visitors per graduate to attend, wristbands are a great way to help organize a ceremony.

OPP IOT Technologies Co., Ltd has a huge variety of stock and custom wristbands in several different materials to choose from including Tyvek®, plastic, vinyl, and silicone. Choose the perfect wristband to match school colors, signify honors students and professors, distinguish between cum laude, magna cum laude, summa cum laude graduates and more.

How to Choose the Right RFID Frequency for Your Application

How to Choose the Right RFID Frequency for Your Application
Radio frequency identification (RFID) is classified as a type of Automatic Identification and Data Capture (AIDC) technology. AIDC methods automatically identify objects, collect data about them, and enter those data directly into computer systems with little or no human intervention.

RFID methods utilize radio waves to accomplish this. At a simple level, RFID systems consist of three components: an RFID tag or smart label, an RFID reader, and an antenna. RFID tags contain an integrated circuit and an antenna, which are used to transmit data to the RFID reader.

In order for the RFID readers and tags to communicate, they must be tuned to the same frequency. This is not unlike adjusting your radio dial to change to a different station, which broadcasts at a different frequency than the previous station that you were listening to. The most common RFID frequencies used for RFID applications are:

Low frequency (9-135 KHz)
High frequency (13.553-15.567 MHz)
Amateur radio band (430-440 MHz)
Ultra-high frequency (860-930 MHz)
Microwave (2.4-2.4835 GHz, 5.8 GHz)
The frequency that you choose will depend on the type of RFID application, whether there are any mandates to be met, such as the DoD RFID mandate, and what country the application will be used in. Low-frequency (LF) tags, for example, are better for tagging nonmetal objects that may have a high water content. However, the read range of low-frequency tags is less than a foot.

By contrast, high-frequency (HF) tags can be used for metallic objects and objects with a higher water content, and they have a read range of about three feet. While ultra-high frequencies (UHF) have a greater read range and can transmit data faster than LF and HF tags, they consume more power and are not as versatile when it comes to the types of materials that they can penetrate. In order for their data to be read, UHF tags also require a clear pathway between the reader and the tag. Therefore, they are more suitable in situations where boxes will be scanned as they pass through dock doors.

Aside from the type of RFID application, the geographical region where the application will be used is important when selecting the right frequency, as different regions have different standards and regulations. The frequency ranges listed above pertain to North America.

Because of the many factors involved in determining the optimum frequency for your RFID application, it’s a good idea to consult with a company that specializes in implementing RFID systems.

What is animal tracking and who can offer animal tracking tag?

What is animal tracking?
Animal tracking data helps us understand how individuals and populations move within local areas, migrate across oceans and continents, and evolve through millennia. This information is being used to address environmental challenges such as climate and land use change, biodiversity loss, invasive species, and the spread of infectious diseases.

Since the twentieth century, improved communication systems, shrinking battery sizes, and other technological developments have led to a range of methods for tracking animals. Scientists have been systematically tracking individual animal movements since around 1900, when the first bird ringing (also known as bird banding) schemes were started. In the late 1950s, researchers began using radio transmitters to track wildlife. In the late 1970s, the Argos satellite system provided a new method for tracking animals globally. And in the early 1990s, the Global Positioning System (GPS) began to be used, providing the potential to obtain high-resolution tracking data.

The primary trade-offs with choosing a tracking method are between size, price, and amount and ease of data collection. The ideal tag would be lightweight enough to be safely carried by the animal, cheap enough to put on many individuals, and able to transmit high-resolution data to a satellite so that it did not need to be captured again. In reality, a scientist must choose the best available method based on the size and movement patterns of the study animal, the study budget, and the research questions they want to address.

Who can offer animal tracking tag?
Oprfid.com is an excellent RFID animal tags manufacturer, as one of the leading RFID companies, we provide the best-quality animal RFID tags for you.
Oprfid.com offers a full line of RFID animal tags & RFID products for your business. We are a one-stop solution provider, we can help you save time and money.

Here is one of animal tags

RFID poultry foot ring sign / RFID pigeon foot ring sign tags
RFID poultry foot ring sign electronic tag is composed of data storage integrated circuit and induction coil.When it is within the launch of the electromagnetic field in the read/write device,radio frequency induced current label,so as to gain energy,activate data memory,read and write to read and write data to or receive data,thus completing data response process.Foot ring chip can choose EM,Phillips,TI,Temic, insidE,ATMEL chip series.Work frequency is LF,HF,UHF.non-contact,Read-only,or read/write electronic tags.waterproof, dustproof,anti-corrosion,high/low temperature resistance,product surface can be printed logo,coding…
Products include:open-type foot ring,closed-type foot ring,opening and closed-type three kinds,with birds,animals,chickens,ducks,geese,rabbits,pigeons,etc.
Installation:foot ring set in poultry legs,buckle fastening buckle size can be adjusted according to the thickness of poultry legs.
Applications:Consumer circulation,product identification,animal, poultry breeding stock breeding, feeding,disease prevention,food moon sources,such as meat and quarantine of animals and food information management.
Memory capacity:64 bits/256 bits/2048 bits
Packaging Materials:ABS/PP
Working frequency:125Khz/13.56MHz/860-915MHz(according to the chip is different,different frequency)
Conform to the standard:ISO11784/785
Support the standard ISO 11784 animal tracking data
Support ISO 11785 animal track electrical standards
Read distance:2cm-10M(different chips and reading and writing,different distance)
Laser etching on the surface of number

More animal tracking tag click: http://www.oprfid.com/RFIDTag-animaltag.html

We believe we can help make your business smarter with our technology innovations and your work easier. We are cost competitive, and offer more customizing options and flexibility.

How does RFID application in the real world?

You understand the basics of RFID, but now what do you do with all that knowledge? Don’t sit on it! Here’s a list of How does RFID application in the real world, so use these ideas to spark your creative juices so you can use RFID in your own solutions.

1. RFID application in Logistics & Supply Chain Visibility
Winning in the supply chain means increasing efficiency, reducing errors, and improving quality. In chaotic manufacturing, shipping, and distribution environments, real-time data on the status of individual items provides insights that turn into actionable measures. With the visibility provided by RFID, you’ll be on your way to Six Sigma Master Black Belt status in no time.

2.RFID application in Item level inventory tracking
Tracking assets on the item level is beneficial across a broad cross-section of industries, but the retail sector has one of the highest ceilings in terms of opportunity from the use of RFID. As mentioned above, tracking items through the supply chain is wonderful, but now think about tracking items through the supply chain all the way to the point of sale. With a well designed inventory system sharing data across all business units, you’ll have a treasure trove of actionable data. One last added benefit — store employees can count inventory in a matter of minutes with a handheld RFID reader.

3. RFID application in Race timing
Timing marathons and races are one of the most popular uses of RFID, but often race participants never realize they’re being timed using RFID technology, and that’s a testament to RFID’s ability to provide a seamless consumer experience. If you want to learn more about RFID race timing, read our do-it-yourself guide and check out our recent interview with prominent timing company RaceWire.

4. RFID application in Attendee Tracking
If you’ve ever managed a large conference before, you’ll know that it’s key to keep the flow of traffic moving at a steady pace, especially in and out of seminars. With an RFID attendee solution, eliminate the need for registration lines at entrances. If you want four more reasons why you need an RFID attendee tracking system, read our recent article.

5. RFID application in Materials management
In construction and other related industries, materials are often the largest project expenditure. On large job sites, simply finding materials can be problematic. RFID solutions like Jovix take the guess work out of the equation.

6. RFID application in Access Control
Certain areas require an expected level of security and access. From doors to parking lots, RFID access control tags restrict access to only those pre-approved.

7. RFID application in IT Asset Tracking
IT assets such as server blades, laptops, tablets, and other peripherals are costly investments for any company, not to mention that information stored on those items could prove detrimental in the wrong hands. IT asset tags give your IT team the ability to quickly do an inventory count and make sure everything is in place.

8. RFID application in Tool Tracking
For industries that rely on a large variety of tools, fasteners, and other items, managing the availability of those assets is a frustrating process. Depending on the level of complexity, RFID tool tracking systems track which tools have been grabbed, which employees have taken resources, and which resources haven’t been returned to the tool crib.

9. RFID application in Kiosks
Many kiosks use RFID to either manage resources or interact with users. DVD rental kiosks use RFID DVD tags to make sure customers receive their selected movie rental. Other examples of RFID kiosks include interactive media displays where an embedded RFID reader interrogates badges or cards.

10. RFID application in Library Systems
An RFID library solution improves the efficiency of circulation operations. While barcodes require line of sight, RFID tags can be read from multiple angles which means the checkout and check-in process is significantly faster. Also, as noted above in the retail section, taking inventory of books on the shelf is dramatically faster.

11. RFID application in Laundry Management
Large companies like casinos often manage thousands of employee uniforms. With an RFID laundry management system, operations can track which uniforms were assigned to specific employees, the age of uniforms, the number of times washed, and identify missing uniforms. RFID laundry tags provide a new level of visibility for laundry management.

12. RFID application in Interactive Marketing
RFID in marketing brings a certain level of interaction to campaigns. Whereas traditional advertising campaigns push a message onto the consumer, interactive campaigns invite the consumer to engage with the brand. Here’s a list of RFID & NFC marketing examples.

13. RFID application in RTLS (Real Time Location System)
In some applications, you need to track the real-time location of assets, employees, or customers. Whether you’re measuring the efficiency of worker movements, the effectiveness of a store floor plan, or tracking the location of valuable resources, RFID systems provide visibility in any number of locations.

The Standards

The Standards

Standards of JTC 1 / SC 17
ISO/IEC 7501-1:1997 Identification cards — Machine readable travel documents — Part 1: Machine readable passport
ISO/IEC 7501-2:1997 Identification cards — Machine readable travel documents — Part 2: Machine readable visa
ISO/IEC 7501-3:1997 Identification cards — Machine readable travel documents — Part 3: Machine readable official travel documents
ISO/IEC 7810:1995 Identification cards — Physical characteristics
ISO/IEC 7811-1:1995 Identification cards — Recording technique — Part 1: Embossing
ISO/IEC 7811-2:1995 Identification cards — Recording technique — Part 2: Magnetic stripe
ISO/IEC 7811-3:1995 Identification cards — Recording technique — Part 3: Location of embossed characters on ID-1 cards
ISO/IEC 7811-4:1995 Identification cards — Recording technique — Part 4: Location of read-only magnetic tracks — Tracks 1 and 2
ISO/IEC 7811-5:1995 Identification cards — Recording technique — Part 5: Location of read-write magnetic track — Track 3
ISO/IEC 7811-6:1996 Identification cards — Recording technique — Part 6: Magnetic stripe — High coercivity
ISO/IEC 7812-1:1993 Identification cards — Identification of issuers — Part 1: Numbering system
ISO/IEC 7812-2:1993 Identification cards — Identification of issuers — Part 2: Application and registration procedures
ISO/IEC 7813:1995 Identification cards — Financial transaction cards
ISO 7816-1:1987 Identification cards — Integrated circuit(s) cards with contacts — Part 1: Physical characteristics
ISO/IEC DIS 7816-1 Identification cards — Integrated circuit(s) cards with contacts — Part 1: Physical characteristics (Revision of ISO 7816-1:1987)
ISO 7816-2:1988 Identification cards — Integrated circuit(s) cards with contacts — Part 2: Dimensions and location of the contacts
ISO/IEC DIS 7816-2 Information technology — Identification cards — Integrated circuit(s) cards with contacts — Part 2: Dimensions and location of the contacts (Revision of ISO 7816-2:1988)
ISO/IEC 7816-3:1997 Information technology — Identification cards — Integrated circuit(s) cards with contacts — Part 3: Electronic signals and transmission protocols
ISO/IEC 7816-4:1995 Information technology — Identification cards — Integrated circuit(s) cards with contacts — Part 4: Interindustry commands for interchange
ISO/IEC 7816-5:1994 Identification cards — Integrated circuit(s) cards with contacts — Part 5: Numbering system and registration procedure for application identifiers
ISO/IEC 7816-6:1996 Identification cards — Integrated circuit(s) cards with contacts — Part 6: Interindustry data elements
ISO/IEC DIS 7816-7 Information technology — Identification cards — Integrated circuit(s) cards with contacts — Part 7: Interindustry commands for Structured Card Query Language (SCQL)
ISO/IEC DIS 7816-8 Identification cards — Integrated circuit(s) cards with contacts — Part 8: Security related interindustry commands
ISO 8484:1987 Magnetic stripes on savings books
ISO/IEC 10373:1993 Identification cards — Test methods
ISO/IEC DIS 10373-1 Identification cards — Test methods — Part 1: General characteristics tests
ISO/IEC DIS 10373-2 Identification cards — Test methods — Part 2: Cards with magnetic stripes
ISO/IEC DIS 10373-5 Identification cards — Test methods — Part 5: Optical memory cards
ISO/IEC 10536-1:1992 Identification cards — Contactless integrated circuit(s) cards — Part 1: Physical characteristics
ISO/IEC 10536-2:1995 Identification cards — Contactless integrated circuit(s) cards — Part 2: Dimensions and location of coupling areas
ISO/IEC 10536-3:1996 Identification cards — Contactless integrated circuit(s) cards — Part 3: Electronic signals and reset procedures
ISO/IEC 11693:1994 Identification cards — Optical memory cards – General characteristics
ISO/IEC 11694-1:1994 Identification cards — Optical memory cards – Linear recording method — Part 1: Physical characteristics
ISO/IEC 11694-2:1995 Identification cards — Optical memory cards – Linear recording method — Part 2: Dimensions and location of the accessible optical area
ISO/IEC 11694-3:1995 Identification cards — Optical memory cards – Linear recording method — Part 3: Optical properties and characteristics
ISO/IEC 11694-4:1996 Identification cards — Optical memory cards – Linear recording method — Part 4: Logical data structures

Magnetic Stripe

Magnetic Stripe

Magnetic stripe technology is everywhere. We use cards with magnetic stripes on them everyday without even thinking about it. The technology has been with us for many years, but there are still many new things going on in the industry.
The first use of magnetic stripes on cards was in the early 1960’s. London Transit Authority installed a magnetic stripe system in the London Underground (UK). By the late 1960’s BART (Bay Area Rapid Transit) (USA) had installed a paper based ticket the same size as the credit cards we use today. This system used a stored value on the magnetic stripe which was read and rewritten every time the card was used.
Credit cards were first issued in 1951, but it wasn’t until the establishment of standards in 1970 that the magnetic stripe became a factor in the use of the cards. Today financial cards all follow the ISO standards to ensure read reliability world wide and along with transit cards constitute the largest users of magnetic stripe cards.
With the advent of new technologies many people have predicted the demise of the magnetic stripe. However, with the investment in the current infrastructure this is not likely to be any time soon. Magnetic stripe technology provides the ideal solution to many aspects of our life. It is very inexpensive and readily adaptable to many functions. The standardization of high coercivity for the financial markets has provided the industry with a new lease on life. This coupled with the advent of the security techniques now available means that many applications can expect to be using magnetic stripe technology for the next ten to twenty years.


RFID in from the procurement , storage, transportation, sales to the service of the logistics chain of many links and social benefits play a significant role. RFID ‘s role is mainly divided into the following areas.
RFID technology specific implementation
( 1) purchase link using RFID technology over the past few traditional vendors purchasing management, the use of the reader to obtain goods and the simultaneous arrival of logistics information , statistical information on goods and incoming messages automatically after the system storage ; goods placed in a different warehouse areas , you can take advantage of fixed RFID reader of the goods stored in the warehouse to monitor the status , such as the stowage area , shelves time statistics and other information . When the end of that time cargo storage areas will automatically send an alarm signal to the central dispatch system notifies staff ; The library, the same changes in the information goods sent to the appropriate database . RFID technology makes use of the registered goods become automated , more quickly and accurately , reducing staff requirements and cargo loss, fast delivery and pickup , and minimize storage costs.
( 2 ) sale of part of the business in the sales cycle using electronic tags for goods statistics, only in the host’s system management software can check the goods detailed information, such as the type and amount of inventories . Also in the checkout for goods for automatic scanning and billing , replacing tedious manual collection mode. Even more consumers concerned about the validity of the problem , the system has some effectiveness to monitor the validity of goods , to remind businesses to make the appropriate treatment, to avoid the loss of expired ; while merchandise management system to manage the goods in stock timely notification merchant replenishment to ensure adequate supply, improve the efficiency of the sales cycle.
( 3 ) the surface of the cargo transport links RFID tags , ( for example, attached to the container and packaging ) , you can control the goods tracking . In the transport of goods to be installed in railway stations, docks , airports, highways , etc. The exports to the electronic tag reader reads the information , together with the location information of the goods delivered to the dispatch center ‘s database of goods , accurate and timely update the logistics network of cargo information .
RFID technology is applied in the above link makes reasonable product inventory control and intelligent logistics technology possible. RFID is very suitable for logistics tracking , vehicle , warehouse shelves and target identification and other requirements of the non-contact data acquisition and exchange of the occasion, widely used in logistics management warehouse management, transportation management, material tracking and shelf identification , shops ( especially supermarket ) . Supermarket shopping has become an everyday necessity. People enter the supermarket in the selection of goods need to know the price , origin , composition , etc. , but also further to keep abreast of the validity of merchandise or even sales. Current problems faced by the supermarket are: product placement on the shelves is not clear, serious shortage , the price is unknown, shelf life is not fresh , payment time is too long . These problems have plagued both to bring customers to the merchant also caused a great loss.
Conclusion : Radio frequency identification technology is becoming enterprises to improve the logistics supply chain management, reduce costs and achieve enterprise information management , increase competitiveness indispensable technology tools and instruments . RFID tag applications in the logistics field will be an unprecedented expansion of the market . Looking around the application of RFID is not only reflected in the general field of logistics , but also in many new areas . 2008 Beijing Olympic Games to the RFID tag -based technology to bring such a huge Olympic logistics market , which is also largely driven by RFID technology in China Logistics Development . RFID technology is still very broad prospects for development.