RFID Asset Tag Supplier
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What is RFID asset tag?
RFID ASSET TAG is a smart and efficient solution for asset tracking and management. RFID stands for radio frequency identification, which is a technology that uses electromagnetic fields to identify and communicate with objects. RFID ASSET TAG is a small and durable tag that can be attached to any asset, such as equipment, tools, vehicles, or inventory. The tag contains a microchip that stores information about the asset, such as its name, location, status, or history. The tag can be read by a RFID reader, which is a device that emits radio waves and receives signals from the tag. The reader can then transfer the data to a computer or a cloud-based system, where it can be accessed and analyzed by authorized users.
RFID ASSET TAG benefits :
- Improve accuracy and efficiency: RFID ASSET TAG can eliminate human errors and reduce manual labor in recording and updating asset information. It can also provide real-time visibility and updates on asset location and condition, which can help optimize asset utilization and maintenance.
- Enhance security and compliance: RFID ASSET TAG can prevent asset loss and theft by enabling quick and easy identification and verification of assets. It can also help comply with regulations and standards by providing accurate and reliable records of asset history and performance.
- Save time and money: RFID ASSET TAG can reduce operational costs and increase productivity by streamlining asset tracking and management processes. It can also extend asset lifespan and reduce downtime by enabling proactive and preventive maintenance.
- RFID ASSET TAG is a versatile and customizable solution that can be tailored to suit different industries and applications. Whether you need to track assets in manufacturing, logistics, healthcare, education, or any other sector, RFID ASSET TAG can help you achieve your goals and improve your performance.
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Different Types of RFID asset Tags
One Stop Solutions for RFID asset tracking tags , Save Your Time and Cost.
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RFID asset Tags cost
The cost of RFID tags varies depending on the type of tag and its features. Basic passive RFID tags can cost as low as $0.10 USD each and can be used for paper, non-metal, and liquid materials1. Passive RFID tags typically cost between 25 cents and five dollars each2. Active tags cost between twenty-five and one hundred dollars.
Contact us to get the RFID tag price.Why buy RFID asset Tags from RFID Tag Maker?
Customization options: our RFID manufacturer may be able to offer a range of customization options for 125kHz RFID tags, such as custom colors, shapes, sizes, printing, and encoding. This allows customers to tailor their tags to their specific needs and branding requirements.
Quality control: As the RFID manufacturer, we have greater control over the quality of the RFID tags being produced. You can ensure that the tags meet certain standards and perform consistently across large production runs.
Technical expertise: RFID Tag Maker may have technical expertise in RFID technology and be able to provide guidance on the best type of 125kHz RFID tag for a particular application. They may also be able to offer advice on integration with existing systems and troubleshooting issues.
Cost-effectiveness: Custom ordering 125kHz RFID tag sticker from a manufacturer may be more cost-effective than purchasing pre-made tags in large quantities. Customers can order the exact number of tags they need without having to worry about excess inventory or wasted resources.
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RFID asset Tags chip types
There are several different types of RFID chips that operate at 125kHz frequency, and they can vary in terms of memory size, read range, and other features. Here are some examples of common RFID chips used in 125kHz applications:
EM4100: This is one of the most widely used RFID chips in the 125kHz frequency range. It has a memory capacity of 64 bits and a read range of up to 10cm.
EM4200: This is a more advanced version of the EM4100 chip, with a larger memory capacity of 128 bits. It also has a similar read range of up to 10cm.
TK4100: This chip is similar to the EM4100 in terms of memory capacity and read range, but it has a different coding scheme that makes it compatible with some other types of 125kHz RFID systems.
Atmel ATA5577: This chip has a larger memory capacity of up to 363 bits, and it can operate at a slightly longer read range of up to 15cm.
Hitag S: This chip has a shorter read range of up to 3cm, but it has a larger memory capacity of up to 2048 bits, making it suitable for more complex applications such as electronic passports.
These are just a few examples of the different types of RFID chips that can be used at 125kHz frequency. The choice of chip will depend on the specific application requirements, such as the required read range, memory capacity, and compatibility with other systems.
| Chip | Memory | Protocol | Read/Write | ||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| TK4100 | 64bit | ISO7815 | Read-only | ||||||||||||||||
| EM4200 | 128bit | ISO7815 | Read-only | ||||||||||||||||
| EM4305 | 512bit | ISO11784/11785 | Read&Write | ||||||||||||||||
| EM4450 | 1kbit | ISO11784/11785 | Read&Write | ||||||||||||||||
| ATA5577 | 224bit | ISO11784/11785 | Read&Write | ||||||||||||||||
| Hitag 1 | 2048bit | ISO11784/11785 | Read&Write | ||||||||||||||||
| Hitag2 | 256bit | ISO11784/11785 | Read&Write | ||||||||||||||||
| MIFARE Classic 1k(S50) | 1K Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Classic 4k(S70) | 4K Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Ultralight EV 1 | 512bit | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Ultralight C | 192 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Plus EV2(2K) | 2K Byte | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Plus EV2(4K) | 4K Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Plus SE(2K) | 2K Byte | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Plus SE(4K) | 4K Byte | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Plus X(2K) | 2K Byte | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Plus X(4K) | 4K Byte | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Desfire Light | 640 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Desfire EV3(2K) | 2K Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Desfire EV3(4K) | 4K Bytes | ISO14443A | Read&Write | ||||||||||||||||
| MIFARE Desfire EV3(8K) | 8K Bytes | ISO14443A | Read&Write | ||||||||||||||||
| NTAG 213 | 144 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| NTAG 215 | 504 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| NTAG 216 | 888 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| NTAG 213 Tag Temper | 144 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| NTAG 424 DNA | 416 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| NTAG 424 DNA Tag Tamper | 416 Bytes | ISO14443A | Read&Write | ||||||||||||||||
| ICODE SLIX | 896 bits | ISO15693/ISO 18000-3M1 | Read&Write | ||||||||||||||||
| ICODE SLIX 2 | 2528 bits | ISO15693/ISO 18000-3M1 | Read&Write | ||||||||||||||||
| ICODE SLIX-L | 256 bits | ISO15693/ISO 18000-3M1 | Read&Write | ||||||||||||||||
| ICODE SLIX-S | 1280 bits | ISO15693/ISO 18000-3M1 | Read&Write | ||||||||||||||||
| ICODE DNA | 2016 bits | ISO15693/ISO 18000-3M1 | Read&Write | ||||||||||||||||
| Tag-It™ HF-I Standard (TI 256) | 256 Byte | ISO15693 | Read&Write | ||||||||||||||||
| Tag-It™ HF-I Plus (TI 2048) | 2K Bytes | ISO15693 | Read&Write | ||||||||||||||||
| Higgs 3 | 96 bit epc,512 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| Higgs 4 | 128 bit epc,512 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| MONZA 4QT | 128 bit epc,512 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| Monza 5 | 128 bit epc,32 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| Monza R6 | 96bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| Monza R6-P | 96bit epc,32 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| UCODE 7 | 128 bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| UCODE 7m | 128 bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| Ucode 8 | 128 bit epc | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| Ucode 8m | 96 bit epc,32 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write | ||||||||||||||||
| UCODE DNA | 224bit epc,3072 bit user | EPC Class1 Gen2/ISO 18000 6C | Read&Write |
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Table of Contents
RFID Asset Tags: A Smart Solution for Asset Tracking
RFID asset tags are small devices that use radio frequency identification (RFID) technology to store and transmit data about the assets they are attached to. RFID asset tags can be used for various purposes, such as inventory management, asset tracking, security, and maintenance.
RFID asset tags consist of two main components: an RFID chip and an antenna. The RFID chip contains a unique identifier and other information about the asset, such as its name, condition, location, and history. The antenna enables the RFID chip to communicate with an RFID reader, which can scan the tag and access the data stored on it.
RFID asset tags have many advantages over traditional methods of asset tracking, such as barcodes or manual records. RFID asset tags can be read from a distance, without requiring line-of-sight or physical contact. RFID asset tags can also store more data than barcodes and can be updated in real time. RFID asset tags are durable and resistant to harsh environments, such as dust, moisture, heat, and chemicals.
RFID asset tags come in different shapes, sizes, frequencies, and materials, depending on the type and application of the asset. For example, RFID metal mount labels are designed to be attached to metal surfaces, such as servers or equipment. RFID nail tags are embedded into wooden assets, such as trees or pallets. RFID tank tags are curved to fit on gas cylinders or other round objects.
RFID asset tags operate at different frequencies, such as low frequency (LF), high frequency (HF), ultra-high frequency (UHF), or active frequency (AF). LF tags have a short read range of a few centimeters and are suitable for small items or animals. HF tags have a longer read range of up to one meter and are compatible with NFC (near field communication) devices. UHF tags have the longest read range of up to 10 meters and are ideal for large or moving assets.
RFID asset tags require RFID tag suppliers who can provide quality products and services. RFID tag suppliers should be able to offer customized solutions that meet the specific needs and requirements of the customers. RFID tag suppliers should also be able to provide technical support and guidance on how to use and maintain the RFID asset tags.
One of the leading RFID tag suppliers in the market is RFID Tag Maker which has been in the business since 2003. RFID Inc. offers a wide range of RFID products, including 13.56 MHz HF RFID tags, which are compliant with ISO standards and can be used for various applications, such as access control, payment systems, identification cards, and smart labels. RFID Tag Maker also provides asset tracking tags that are customizable and programmable and can achieve up to 30 feet of read range. RFID Tag Maker’s asset tracking tags are available in different styles and materials, such as labels, PVC, clip-on, zip tie, or wrap around cable tags.
If you are looking for a smart solution for asset tracking, you should consider using RFID asset tags. RFID asset tags can help you improve your efficiency, accuracy, security, and productivity in managing your assets. To find out more about RFID asset tags and how they can benefit your business, contact RFID Tag Maker today.
How to buy RFID asset tags
When it comes to buying RFID asset tags, there are several important factors to consider. First and foremost is the tag’s durability. You’ll want to choose a tag that can survive for the entire lifespan of the asset, as applying tags can be a time-consuming and expensive process. To ensure a tag’s durability, you’ll need to think about what it will be exposed to, including abrasion, chemicals, weather elements, and extreme temperatures. Additionally, you’ll want to consider the materials and adhesive used in the tag’s construction.
Another critical factor to consider is the RFID read range. Passive UHF RFID tags are powered by the reader rather than a battery, meaning that the reader needs to be within range of the tag to capture data. The read range is determined by several factors, including the surface the tag is applied to (with metal surfaces requiring a special on-metal RFID tag), as well as the size of the RFID antenna. As a general rule, larger RFID antennas offer longer read ranges, but you’ll need to consider the size restrictions of the asset you’ll be tagging when selecting a tag. To find the best RFID tags for your needs, you may want to consider working with a reputable supplier that can help you choose the right tag for your specific application.
RFID asset tags are a crucial component of asset tracking systems, used to identify and manage assets in a variety of industries. These tags consist of an RFID chip and antenna, which are affixed to an asset to enable its identification using an RFID reader.
There are several different types of RFID asset tags available, each with its own unique features and benefits. The most common type is a passive UHF RFID tag, which is powered by the reader rather than a battery. These tags are typically less expensive and can be read from a greater distance than other types of RFID tags, making them ideal for use in large-scale asset tracking applications.
When selecting an RFID asset tag, there are several important factors to consider. Durability is a key consideration, as you’ll want a tag that can withstand the conditions to which it will be exposed over the lifespan of the asset. Factors such as abrasion, chemicals, weather elements, and extreme temperatures can all impact the durability of an RFID tag, so it’s essential to choose a tag that’s designed to withstand the specific conditions it will encounter.
Read range is another critical factor to consider when selecting an RFID asset tag. The read range refers to the distance between the reader and tag required to capture data. Larger RFID antennas generally offer longer read ranges, but it’s essential to consider the size restrictions of the asset you’re tagging when selecting a tag.
Finally, it’s important to choose a reputable supplier when purchasing RFID asset tags. A good supplier can help you select the right tag for your specific application, as well as provide guidance on installation and maintenance to ensure the tags perform optimally over their lifespan.
In conclusion, RFID asset tags are a critical component of asset tracking systems, enabling organizations to track and manage their assets more efficiently and effectively. When selecting RFID asset tags, it’s essential to consider factors such as durability, read range, and supplier reputation to ensure you choose the right tag for your needs.
How does RFID asset tracking work?
RFID asset tracking is a method of storing and transmitting data about physical assets using radio frequency identification (RFID) technology. RFID asset tracking works as follows:
First, you need to attach an RFID tag to each asset you want to track. An RFID tag is a small device that contains an RFID chip and an antenna. The RFID chip stores a unique identifier and other information about the asset, such as its name, condition, location, and history. The antenna enables the RFID chip to communicate with an RFID reader, which can scan and read the data on the tag.
Second, you need to install one or more RFID readers. An RFID reader is a device that can scan and read the data on RFID tags. RFID readers can be fixed or mobile, handheld or portal-style, standalone or networked. RFID readers interact with RFID tags via radio waves, without requiring line-of-sight or physical contact.
Third, you need to connect a computer database. A computer database is a system that stores and processes the data collected by RFID readers. A computer database can enable real-time monitoring, locating, analyzing, and reporting of assets. A computer database can also integrate with other software or systems, such as ERP, MES, or WMS.
By using such a system, you can easily track, manage, and optimize your assets
The concept and advantages of RFID asset tags
RFID asset tags are tags that use radio frequency technology to identify and manage fixed assets. RFID asset tags consist of RFID chips and antennas, which can store and transmit information about assets, such as number, name, location, status, etc. RFID asset tags can be selected according to different application scenarios and needs, with different types, sizes, materials and shapes.
The advantage of RFID asset tags is that they can achieve long-distance, fast, batch, and no-line-of-sight identification, improving the efficiency and accuracy of asset management . RFID asset tags can also resist various harsh environments, such as high temperature, low temperature, humidity, dust, metal, etc . RFID asset tags can be attached to assets by screws, glue, rivets, etc., depending on the material and shape of the assets.
The application fields and cases of RFID asset tags
RFID asset tags can be applied in various industries and fields, such as transportation and logistics, manufacturing, healthcare, education, etc . RFID asset tags can help enterprises to track and locate assets in real time, optimize asset utilization and maintenance, reduce asset loss and theft, and improve asset management level and competitiveness .
The following are some application cases of RFID asset tags:
- In the transportation and logistics industry, RFID asset tags can be used to manage logistics equipment such as crates, pallets, containers, etc., realizing the automation of inventorying, sorting, dispatching and tracing of logistics equipment.
- In the manufacturing industry, RFID asset tags can be used to manage production equipment such as work-in-progress, tools, molds, etc., realizing the automation of identification,
What is RFID asset tracking and how does it work?
RFID asset tracking is a method of storing and transmitting data about physical assets using radio frequency identification (RFID) technology. RFID asset tracking works as follows:
First, you need to attach an RFID tag to each asset you want to track. An RFID tag is a small device that contains an RFID chip and an antenna. The RFID chip stores a unique identifier and other information about the asset, such as its name, condition, location, and history. The antenna enables the RFID chip to communicate with an RFID reader, which can scan and read the data on the tag. There are different types of RFID tags, such as passive, active, or semi-passive, which have different power sources, read ranges, and functionalities.
Second, you need to install one or more RFID readers in your asset area. RFID readers are devices that can scan and read the data on RFID tags. RFID readers can be fixed or mobile, handheld or portal-style, standalone or networked. RFID readers interact with RFID tags via radio waves, without requiring line-of-sight or physical contact. There are different types of RFID readers, such as low frequency (LF), high frequency (HF), ultra-high frequency (UHF), or microwave frequency (MW), which have different capabilities, compatibilities, and performance.
Third, you need to connect a computer database to your RFID readers. A computer database is a system that stores and processes the data collected by RFID readers. A computer database can enable real-time monitoring, locating, analyzing, and reporting of assets. A computer database can also integrate with other software or systems, such as enterprise resource planning (ERP), manufacturing execution system (MES), or warehouse management system (WMS), which can enhance your business operations and decision making.
By using RFID asset tracking, you can improve your asset management efficiency and accuracy. You can also reduce your labor costs and human errors associated with manual asset counts. You can also enhance your asset security and compliance by using RFID tags that have authentication, encryption, tamper-evidence, and anti-theft features.
How much does RFID asset tracking cost?
The cost of RFID asset tracking depends on several factors, such as the number and type of assets you want to track, the number and type of RFID tags and readers you need, the complexity and integration of your RFID system, and the level of service and support you require. According to some estimates , the average cost of an RFID tag ranges from $0.10 to $50, depending on the type, size, frequency, memory, durability, and functionality of the tag. The average cost of an RFID reader ranges from $500 to $3, 000, depending on the type, configuration, performance, and compatibility of the reader. The average cost of an RFID software application ranges from $1, 000 to $10, 000, depending on the features, scalability, customization, and integration of the application. The total cost of an RFID asset tracking system can vary from $10, 000 to $100, 000 or more, depending on the scale and scope of your project.
What are the benefits of RFID asset tracking?
RFID asset tracking offers several benefits over traditional methods of asset tracking, such as barcodes or manual records. Some of the benefits are:
Improved visibility and faster scanning. Since RFID tags do not require a “line-of-sight” scan like barcodes, it is possible to read them at a distance for fast asset processing. They can also be read in any orientation and give you improved visibility into your assets with the potential for more frequent updates and scanning locations.
Reduced labor costs. With labor costs accounting for as much as 50-80% of distribution center costs, RFID offers potential benefits in this area by eliminating manual counts and scans that require human intervention and time. RFID also reduces human errors that can lead to inaccurate data and inventory discrepancies.
Enhanced security and compliance. RFID tags can provide a higher level of security and compliance for your assets by enabling authentication.
What is the difference between RFID and barcode?
RFID and barcode are two different technologies that can be used for asset tracking. They have some similarities and differences in terms of how they work, what they can do, and what they cost. Here are some of the main differences between RFID and barcode:
- How they work: RFID uses radio waves to store and transmit data between RFID tags and readers. Barcode uses optical patterns to store and transmit data between barcodes and scanners.
- What they can do: RFID can store more data than barcode and can be updated in real time. RFID can also scan multiple tags at once without requiring line-of-sight or physical contact. Barcode can only store limited data and cannot be updated once printed. Barcode also requires line-of-sight and physical contact to scan each barcode individually.
- What they cost: RFID generally costs more than barcode in terms of tags, readers, and software. RFID tags can range from $0.10 to $50 per tag, depending on the type and functionality. RFID readers can range from $500 to $3,000 per reader, depending on the type and performance. RFID software can range from $1,000 to $10,000 per application, depending on the features and integration. Barcode tags can cost as low as $0.01 per tag, depending on the type and quantity. Barcode scanners can cost as low as $50 per scanner, depending on the type and quality. Barcode software can cost as low as $100 per application, depending on the features and compatibility .
How far can RFID tags be read?
The read range of RFID tags depends on several factors, such as the type and power of the tag, the type and configuration of the reader, the frequency and environment of the transmission, and the interference and obstacles in the way. In general, the higher the frequency and power of the tag and reader, the longer the read range. However, the higher the frequency and power, the more susceptible to interference and obstacles.
The typical read ranges for different types of RFID tags are:
- Passive LF tags: These are tags that operate at low frequencies (125-134 kHz) and do not have a battery. They have a short read range of a few centimeters.
- Passive HF tags: These are tags that operate at high frequencies (13.56 MHz) and do not have a battery. They have a medium read range of a few centimeters to a meter.
- Passive UHF tags: These are tags that operate at ultra-high frequencies (860-960 MHz) and do not have a battery. They have a long read range of a few meters to tens of meters.
How to use RFID asset tag tracking ?
RFID tags for inventory control are devices that use radio frequency identification (RFID) technology to store and transmit data about the items they are attached to. RFID tags can help you manage and locate your inventory more efficiently and accurately by allowing you to scan them without requiring line-of-sight or physical contact. RFID tags can also store more data than barcodes and can be updated in real time.
To use RFID tags for inventory control, you need three components: RFID tags, RFID readers, and an RFID software application. Here are the steps to follow:
First, you need to attach RFID tags to your inventory items. You can choose from different types, sizes, frequencies, materials, durability, capacity, and read range of RFID tags depending on your inventory items and environment. You can also customize RFID tags according to your specific requirements and preferences.
Second, you need to install RFID readers in your inventory area. RFID readers are devices that can scan and read the data on RFID tags. RFID readers can be fixed or mobile, handheld or portal-style, standalone or networked. RFID readers interact with RFID tags via radio waves, without requiring line-of-sight or physical contact.
Third, you need to connect an RFID software application to your RFID readers. An RFID software application is a system that stores and processes the data collected by RFID readers. An RFID software application can provide you with real-time visibility and updates of your inventory status and location. You can also integrate an RFID software application with your existing software or systems, such as ERP, WMS, or MES.
Why RFID Tag Maker company
We are rfidtagmaker.com, a leading manufacturer of RFID asset tracking products in China. We have more than 19 years of experience in the RFID industry and we offer a wide range of RFID products, solutions, and services for various applications and industries. Our mission is to provide you with reliable, innovative, and cost-effective RFID products and solutions that can help you improve your asset management efficiency and accuracy. Here are some of our advantages that make us stand out from our competitors:
- We have advanced production equipment and a modern production line that can produce high-quality RFID products with different types, sizes, frequencies, materials, durability, capacity, and read range. We can also customize RFID products according to your specific requirements and preferences.
- We have professional and experienced engineers and technicians who can provide you with comprehensive RFID solutions that include configuration, installation, integration, compatibility, stability, and security of RFID readers. We can also help you optimize your RFID system performance and troubleshoot any issues that may arise.
- We have a dedicated and friendly customer service team that can provide you with prompt and effective RFID services that include customization, programming, testing, quality inspection of RFID tags. We also provide the process, cycle, cost, and after-sales support of our services. We value your satisfaction and feedback and we strive to establish long-term relationships with our customers.
- We have a rich portfolio of RFID cases and customer reviews that demonstrate the applications and effects of RFID asset tracking in different industries and scenarios. You can see how our customers have achieved their asset tracking goals and benefits by using our RFID products and solutions. You can also read their testimonials and recommendations about our RFID products and services.
We are confident that we can provide you with the best RFID asset tracking products and solutions for your needs. If you are interested in learning more about our company and our products, please visit our website at www.rfidtagmaker.com or contact us by email or phone. We look forward to hearing from you soon. Thank you.
Why Choose RFID Tag Maker
The RFID Products Manufacturing Expert
LONG HISTORY
DO RFID Maker has 19 years experience in RFID&NFC industry.
OEM&ODM SERVICES
Professional sales team to offer fast response and good service
ACCEPT SMALL ORDER
RFID Tags Maker accpet Small order , we treat every RFID tag order well.
HIGH QUALITY
All RFID tags are inspected in accordance with the company’s ISO9000 standards
FACTORY PRICING
Source factory, no middlemen to earn the price difference. Make more profit for your company.
1 YEAR WARRANTY
Each RFID chip products comes with a one-year warranty. If any chip product is damaged within one year, please contact us and we will send you a new one.
DOOR TO DOOR DELIVERY
We offer a complete door-to-door service via international express (DHL/UPS/TNT/FedEx), air or sea freight.
OEM&ODM SERVICES
We can customize different RFID Tags for customers, or customers can provide chips or materials for us to process
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