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Manufacturing low-frequency, high-frequency, and ultra-high-frequency animal RFID tags
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How To buy The Right RFID Tags
RFID Tags By Frequency
Compared to high-frequency and ultra-high frequency, 125kHz low-frequency tags are the least susceptible to interference from water and metal. RFID 125KHz tags are ideal for rough and tough industrial work, metal mounting, high temperatures, and stickers in addition to simple labels.
LF 125KHz/ HF 13.56MHz/ UHF 860-960 MHz Wood Tracking RFID Nail Tag
13.56MHz RFID Tags
The 13.56 MHz RFID tag was created in order to reduce the rate of RFID tags and to accommodate high-volume applications with high-frequency reader. At this frequency rate, a tag coil’s copper wrappings are not necessary.
UHF 915MHz RFID Tags
The GEN2 UHF RFID Tags are verified by the FCC Standard Frequency range used in the Caribbean, South America and North America. These RFID tags are 5 meters (16.4ft) which can be read quickly.
RFID Tags By Material
PVC RFID TAG
RFID tag made of PVC material
Metal RFID tag
RFID tag made of metal or sus 304 material
PPS RFID material
RFID tag made of PPS or nylon material
RFID Tag applications
RFID tags can aid in the tracking and management of large farms or ranches with numerous animals. Tags can be used to identify each animal as well as track its movement and location. You can better manage your livestock and improve herd health this way.
It’s also useful for preventing theft and tracking down missing animals. You will be notified if one of your animals leaves the RFID jurisdiction. Then you can investigate the situation and locate the animal.
Laundry RFID tags are tags designed to track linen, uniforms, and other garments. They are mostly made with a soft rubber casing, which makes them resistant to water and detergents.
RFID Vehicle Tags can also be used in automated toll collection systems on highways and in parking garages, where the tag identifies the vehicle and automatically charges the driver’s account for the toll or parking fee. This eliminates the need for manual toll or parking fee collection and decreases traffic congestion.
RFID Vehicle Tags can also be used to track and manage a large number of vehicles in fleet management systems. The tags can be used to monitor the vehicles’ location and movement, as well as to collect data on vehicle performance and usage. This data can be used to optimize routes, plan maintenance, and decrease fuel consumption.
RFID Jewelry Tags come in various sizes and shapes, depending on the jewelry item they will be attached to. we can be customized to include a company logo or other branding elements. These tags operate at different frequencies, depending on the RFID reader used. Some common frequencies include 13.56 MHz, and 900 MHz.
RFID tag Guide
What are RFID Tags?
RFID tags are small devices that emit a signal that an RFID reader can read. RFID tags are used in a variety of industries such as retail, manufacturing, and logistics. They include the following elements:
RFID Antennae Substrate
The RFID chip stores data about the item to which it is connected. The antennae emit a signal that an RFID reader can detect. The substrate gives the other components strength and support.
The tags typically include a unique identifier that is used to track the tag. When an RFID tag is read by an RFID reader, the reader can use the identifier to search the database for information about the tag.
RFID tags work in tandem with sophisticated software. This enables the RFID reader to update a database with information about the tags it reads automatically. This can be used to track inventory or assets in real-time, which is extremely beneficial to businesses.
What are the RFID Tag Components?
The components of an RFID tag determine its functionality, which can vary depending on the application. Most tags, on the other hand, are made up of three key elements:
This is the data storage and processing chip in a computer. Depending on its power requirements, it can be active or passive. A passive tag, for example, requires an external source of energy to transmit data back to the reader, whereas an active tag has a built-in battery and transmits on its own.
An RFID tag requires an antenna to receive reader signals and respond with stored data. The antenna’s size and shape will vary depending on the type of RFID system used, ranging from simple dipole antennas to more complex printed coils or patch antennas.
Most RFID tags are encased in hard plastic or another type of substrate to protect the chip and antenna. Some tags may also include additional layers of protection, such as RF-blocking film or temperature-sensitive material, depending on the application.
Types of RFID tags
RFID tags are classified based on the type of RFID chip that they contain. RFID tags are classified into three types:
RFID passive tags
Battery-assisted passive (BAP) RFID tags Active RFID tags
The most common type of RFID tag is passive tags. They are powered by the RFID reader’s electromagnetic field. Passive tags are significantly less expensive than active tags, but they have a shorter range.
A battery powers the RFID chip and antennae in active RFID tags. As a result, they have a much greater range than passive tags. Active tags are more expensive than passive tags, but they are worth the extra cost for applications that require a long range.
Battery-assisted passive (BAP) RFID tags include a battery that powers the RFID chip when the tag is outside of the RFID reader’s range. This allows the tag to be read from a greater distance than a standard passive tag. BAP tags are more expensive than passive tags, but they combine the long range of active tags with the low cost of passive tags to provide the best of both worlds.
RFID tags can also be classified according to the frequency at which they operate. RFID tags operate at three different frequencies:
RFID tags with a low frequency (LF)
RFID tags with a high frequency (HF)
RFID tags with ultra-high frequencies (UHF) and low-frequency (LF) use frequencies ranging from 30 kHz to 300 kHz. They perform well in any environment, including metallic and wet conditions. These tags, however, have a limited read range of up to 10 cm. They’re great for livestock tracking, security, and access control.
The frequencies used by HF/NFC RFID inlays/tags range from 3 MHz to 30 MHz. They have anti-collision features that enable multiple tags to be read at the same time. HF RFID tags can also read up to 1 meter farther than LF RFID tags. Access control, contactless payments, and event management are all common applications for HF tags.
UHF RFID inlays/tags operate at frequencies ranging from 300 MHz to 3 GHz. They have the greatest read range of any RFID tag, up to 10 meters or 100 meters (active). However, obstacles such as metal and water reduce their efficiency. UHF RFID tags are used in warehouse management and asset tracking applications.
How to use RFID tags
RFID tags are simple to use in your business. The installation is simple, and you will not need to change your current working methods. The entire process of establishing an RFID tagging system is as follows:
Select the Best RFID Tag. This entails selecting the appropriate tag for your requirements. Its application will influence the decision. You’ll need an RFID tag with a long read range if you want to track assets in a warehouse. If you need to track livestock, you’ll need a tag that can withstand harsh conditions and has a low frequency, preferably.
Make the tags. This is the process of storing data on an RFID tag. An RFID programmer can be used to accomplish this. If you need to write a large number of tags, you can use an RFID printer. This allows you to print and encode the tags simultaneously.
Set up the Tags. The process of attaching the RFID tag to the asset or location to be tracked. If you want to track inventory in a warehouse, for example, you would attach an RFID tag to each item.
RFID readers should be installed. RFID readers are used to read the data on RFID tags. They are available in several configurations, including handheld RFID readers, desktop RFID readers, and fixed RFID readers. Choose the reader that best meets your requirements.
Set up the software. This is the process of configuring the software that will be used to manage the RFID system’s data. Configuring the software to read data from RFID tags and write it to a database is part of this process.
Put the system through its paces. Once the system is up and running, it must be thoroughly tested to ensure that it is performing as expected. This can be accomplished by comparing the data collected by the system to the data in the database.
Keep track of your belongings. You can begin tracking your assets once the system is up and running. Depending on your requirements, this can be done in real-time or at regular intervals.
You can hire a professional to help you install and configure your RFID tagging system. This ensures that the system is correctly installed and operating as expected.
Also, make sure to train your employees on how to use the system. This will assist them in comprehending how the system works and how they can use it to track assets in your company.
How to install RFID tags
RFID tags can be applied to objects in a variety of ways. Using an adhesive is the most common method. Adhesives come in a variety of formulations, including permanent and removable adhesives.
Permanent adhesives are best suited for objects that will not be moved on a regular basis. Removable adhesives, on the other hand, are best suited for objects that will be moved frequently.
Sewing RFID tags onto objects is another common method of attaching them. RFID clothing tags and RFID laundry tags are the most common applications for this.
RFID tags can be attached to objects using a variety of methods, including rivets, screws, and bolts. Select the method that best meets your requirements.
RFID tags can be attached to almost any object, regardless of size, shape, or material. Just make sure the tag is securely attached to the object to avoid it getting lost or damaged.
The Advantages of Using RFID Tags
RFID tags have several advantages over traditional barcodes, including the following:
There is no requirement for line of sight. This means that RFID tags can be read without being in the reader’s line of sight. This is essential for asset tracking in a warehouse because it allows you to track items on shelves.
Long reading distance. RFID tags have a long read range, which means that depending on the tag type and reader, they can be read from a long distance (up to 100 meters). This allows you to track assets that are dispersed over a large area, such as a construction site.
Rapid read rate. RFID tags can be read quickly, allowing you to track a large number of assets in a short amount of time. This feature makes it ideal for businesses with high inventory turnover, such as retail stores.
Large Capacity. RFID tags can store more data than barcodes, allowing you to track more information about your assets. As a result, it can be used in businesses that need to track a lot of data about their assets, such as serial numbers, model numbers, and purchase dates.
Reusable. RFID tags that can read and write can be reused, so you don’t have to replace them every time you need to track a new asset. This is critical for companies that track a large number of assets because it saves money in the long run.
While the benefits of using RFID tags are obvious, there are some drawbacks to be aware of.
RFID tags, for example, have a higher initial cost than barcodes. This is due to the complexity and high cost of RFID tags and readers. Furthermore, the entire RFID system must be installed and configured, which can add to the cost.
Furthermore, RFID technology raises security concerns. This is due to the ability of RFID tags to be read without the owner’s knowledge or permission. As a result, it is critical to take precautions to safeguard the information stored on RFID tags.
Despite these drawbacks, RFID tags are a popular technology that provides numerous advantages over traditional barcoding systems. RFID tags are worth considering if you want to track assets in your business.
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