RFID Tag Maker primarily produces several categories of RFID tags for cattle:
RFID Ear Tags for Cattle
-
- Installed on the ears of cattle, these RFID ear tags store and transmit essential information such as identification numbers, breed, gender, age, health status, vaccination records, and slaughter dates.
-
- Facilitating the management and tracking of cattle growth, health, reproduction, transportation, and slaughter, these tags enhance production efficiency, quality, and prevent disease spread and theft.
RFID Tags for Dairy Cattle
-
- Specifically designed for dairy cows, these RFID tags not only function as identification ear tags but also monitor and record data such as milk quantity, quality, temperature, and acidity.
-
- Assisting dairy farm owners and veterinarians in optimizing dairy cattle management, milking, nutrition, disease prevention, these tags enhance milk production and quality while reducing costs and risks.
EID Tags for Cattle (Electronic Identification Tags)
-
- Utilizing electronic technology, these RFID tags communicate wirelessly with specialized readers, enabling the reading and writing of information.
-
- Suitable for large-scale cattle management, transportation, trade, quarantine, these tags allow for remote, high-speed, bulk, and contactless identification and management.
USDA RFID Tags
-
- Compliant with the United States Department of Agriculture (USDA) Animal Disease Traceability (ADT) system requirements, these RFID tags identify and track cattle and other animals within the U.S.
-
- Effectively preventing and controlling the outbreak and spread of animal diseases, these tags contribute to protecting the health and safety of animals and humans.
Pet RFID Tags
-
- Designed for pets such as dogs and cats, these RFID tags store and transmit basic information including identification numbers, names, owners, contact details, and medical records.
-
- Assisting pet owners and veterinarians in managing and tracking pets’ identity, health, location, loss prevention, and recovery.
RFID Ear Tags
-
- Universal RFID ear tags applicable to various animals, including cattle, sheep, pigs, horses, deer, etc.
-
- These tags store and transmit basic animal information, aiding animal owners and veterinarians in managing and tracking the growth, health, reproduction, transportation, and slaughter processes.
Glass RFID Tags
-
- Encased in glass, these RFID tags can be injected under the skin or muscle of animals for permanent identification and management.
-
- Featuring characteristics such as water resistance, heat resistance, chemical resistance, impact resistance, and antibacterial properties, these tags adapt to various harsh environments and conditions.
RFID Cattle Reader
-
- Specifically designed to read and write RFID tags for cattle, this device can connect to computers, smartphones, tablets, and other smart devices, enabling data collection, analysis, storage, and transmission.
-
- Available in different models such as handheld, fixed, mobile, and remote, this device caters to various needs.
RFID Tags for Animals
-
- Suitable for various animals, these RFID tags serve purposes such as identification, management, tracking, and protection.
-
- Applicable to wildlife, livestock, pets, experimental animals, aquatic animals, these tags enhance animal welfare, safety, efficiency, and quality.
-
- Technical Specifications of RFID Tags for Cattle by RFID Tag Maker
-
- Working Frequency:
-
- Low Frequency (LF): 125KHz
-
- High Frequency (HF): 13.56MHz
-
- Ultra-High Frequency (UHF): 860-960MHz
-
- Different frequencies offer varying read/write distances, speeds, interference resistance, and costs. Selection depends on specific application scenarios and requirements.
-
- 2. Chip Types:
-
- Read-Only (RO), Read/Write (RW), Read/Write (R/W)
-
- Different storage capacities, security levels, and flexibility.
-
- RO for fixed information like identification numbers; RW for multiple writes but no modification; R/W for dynamic information like milk quantity, quality, and health status.
-
- 3. Communication Protocols:
-
- ISO11784/11785, ISO14443, ISO15693, ISO18000-6C
-
- Corresponding to different frequencies with distinct characteristics in terms of distance, speed, compatibility, etc.
-
- Selection based on country and regional regulations and requirements.
-
- 4. Encapsulation Materials:
-
- Plastic, Glass, etc.
-
- Corresponding to different shapes, sizes, weights, durability, waterproofing, and interference resistance.
-
- Selection based on installation method and environmental conditions.
-
- 5. Read/Write Distance:
-
- Maximum distance for normal communication between the RFID tag and reader.
-
- Influenced by factors such as frequency, power, antenna, protocol, material, and environment.
-
- Choice based on application scenarios and requirements.
-
- 6. Storage Capacity:
-
- Size of data that RFID tags can store (in bits or bytes).
-
- Influenced by chip type, protocol, encoding, etc.
-
- RO chips have smaller capacities, RW chips larger, and R/W chips the largest.
-
- Selection based on the evaluation of different information content and quantities.
-
- RFID Cattle Tag:
-
- Conforms to ISO11784/11785.
-
- Supports read/write functionality.
-
- Suitable for storing ICAR numbers.
-
- For long-distance reading requirements, ISO18000-6C 860-960MHz RFID cattle tags can be chosen, compatible with our long-distance reader, with a reading distance of up to 5-10 meters.
-
- Prices of RFID Tags for Cattle by RFID Tag Maker
-
- 1. RFID Ear Tags for Cattle:
-
- $0.5-1 per tag, varying based on frequency, chip type, protocol, encapsulation material, and order quantity.
-
- 2. RFID Tags for Dairy Cattle:
-
- $0.5-2 per tag, varying based on frequency, chip type, protocol, encapsulation material, functionality, and order quantity.
-
- 3. EID Tags for Cattle (Electronic Identification Tags):
-
- $0.5-4 per tag, varying based on frequency, chip type, protocol, encapsulation material, functionality, and order quantity.
-
- 4. USDA RFID Tags:
-
- $0.5-5 per tag, varying based on frequency, chip type, protocol, encapsulation material, functionality, and order quantity.
-
- 5. Pet RFID Tags:
-
- $0.5-1 per tag, varying based on frequency, chip type, protocol, encapsulation material, and order quantity.
-
- 6. RFID Ear Tags:
-
- $0.5-1 per tag, varying based on frequency, chip type, protocol, encapsulation material, and order quantity.
-
- 7. Glass RFID Tags:
-
- $0.5-3 per tag, varying based on frequency, chip type, protocol, encapsulation material, and order quantity.
-
- 8. RFID Cattle Reader:
-
- $100-500 per device, varying based on model, functionality, performance, compatibility, and order quantity.
-
- 9. RFID Tags for Animals:
-
- $0.5-5 per tag, varying based on frequency, chip type, protocol, encapsulation material, functionality, and order quantity.
-
- Applications of RFID Tags for Cattle by RFID Tag Maker
-
- 1. RFID Ear Tags for Cattle:
-
- Used for identification, management, tracking, and protection of cattle.
-
- Enhances production efficiency, prevents disease spread, and deters theft.
-
- Example scenarios include ranchers scanning ear tags to access basic information like ID, breed, gender, age, health status, vaccine history, and slaughter date for efficient management, breeding, transportation, and slaughter. Veterinarians can use the information for diagnosis, treatment, and prevention, while government authorities can utilize it for quarantine, supervision, statistics, and traceability.
-
- 2. RFID Tags for Dairy Cattle:
-
- Used for identification, management, tracking, and optimization of milk production.
-
- Improves milk quality, reduces costs, and manages disease prevention.
-
- Example scenarios include dairy farmers scanning tags to access information such as ID, breed, gender, age, health status, vaccine history, and slaughter date for efficient management, breeding, transportation, and slaughter. Dairy farmers can also obtain data on milk quantity, quality, temperature, and acidity for milking, nutrition, disease prevention, and management. Veterinarians and authorities benefit similarly in diagnosis, treatment, prevention, quarantine, supervision, statistics, and traceability.
-
- 3. EID Tags for Cattle:
-
- Used for remote, high-speed, bulk, and contactless identification.
-
- Suitable for large-scale cattle management, transportation, trade, and quarantine.
-
- Example scenarios include ranchers using specialized readers to scan tags for basic information like ID, breed, gender, age, health status, vaccine history, and slaughter date for efficient management, breeding, transportation, and slaughter. Ranchers can also obtain data on the location, direction, speed, and behavior of cattle for ranching, grazing, disease prevention, and anti-theft management. Veterinarians, authorities, and researchers can use the information for diagnosis, treatment, prevention, quarantine, supervision, statistics, and research.
-
- 4. USDA RFID Tags:
-
- Ensures compliance with the USDA Animal Disease Traceability system.
-
- Effective prevention and control of animal diseases.
-
- Example scenarios include ranchers and authorities scanning tags for information on ID, breed, gender, age, health status, vaccine history, and slaughter date for efficient management, breeding, transportation, and slaughter. Veterinarians can utilize the information for diagnosis, treatment, and prevention, while government authorities can ensure effective disease prevention and control through quarantine, supervision, statistics, and traceability.
-
- 5. Pet RFID Tags:
-
- Used for pet identification, tracking, and health management.
-
- Enhances pet safety and facilitates owner-pet communication.
-
- Example scenarios include pet owners scanning tags for information on ID, breed, age, health status, vaccine history, and location for efficient management, veterinary care, and tracking. Veterinarians can use the information for diagnosis, treatment, and prevention, while pet owners benefit from enhanced safety, communication, and management.
-
- 6. RFID Ear Tags:
-
- Versatile tags used for identification, management, and tracking of various animals.
-
- Applicable in agriculture, research, and conservation.
-
- Example scenarios include researchers and conservationists scanning tags for information on ID, species, gender, age, health status, and location for efficient research, conservation, and tracking. Farmers can use the information for efficient agricultural management, breeding, and tracking.
-
- 7. Glass RFID Tags:
-
- Used for small animal identification, medical research, and security applications.
-
- Applicable in laboratory settings and high-security environments.
-
- Example scenarios include researchers using glass tags for identification and tracking in medical research, laboratory animals, and high-security environments.
-
- 8. RFID Cattle Reader:
-
- Essential device for reading and managing RFID tags on cattle.
-
- Available in handheld and fixed options with various features.
-
- Example scenarios include ranchers, veterinarians, and authorities using RFID cattle readers for efficient scanning, tracking, and management of cattle information. The readers enable quick access to ID, breed, gender, age, health status, vaccine history, and location for various applications.
-
- 9. RFID Tags for Animals:
-
- General-purpose RFID tags for diverse animal identification and management.
-
- Suitable for a wide range of animals in different environments.
-
- Example scenarios include farmers, researchers, veterinarians, and authorities using these tags for identification, tracking, and management of various animals based on specific needs and requirements.
-
- In conclusion, RFID tags for cattle by RFID Tag Maker come with diverse technical specifications, pricing options, and applications. The choice of RFID tags depends on factors such as working frequency, chip types, communication protocols, encapsulation materials, read/write distance, storage capacity, and specific application scenarios. The prices vary based on the type of RFID tag, ranging from $0.5 to $5 per tag, and RFID cattle readers are available in the range of $100 to $500 per device. The applications cover a wide range, including cattle identification, management, tracking, disease prevention, and traceability in scenarios such as ranching, dairy farming, electronic identification, USDA compliance, pet management, laboratory research, and general animal tracking.
-
- Market Analysis for RFID Tags for Cattle by RFID Tag Maker
-
- Global Market:
-
- According to the latest reports, the global market for RFID tags for cattle by RFID Tag Maker reached approximately $1 billion in 2020 and is projected to grow to around $1.5 billion by 2023, with a compound annual growth rate (CAGR) of 8.5%. Key drivers include the increasing number and demand for cattle, the need for disease prevention and traceability, growing concern for animal welfare and safety, government and industry regulations, and technological advancements and innovations. Major constraints include the cost and maintenance of RFID tags, compatibility and standardization of RFID technology, and the difficulty and risk associated with the installation and use of RFID tags. Key market opportunities include the potential in emerging markets, integration and application of RFID technology, and the multifunctionality and smart features of RFID tags. Primary market challenges encompass the security and privacy of RFID technology, interference and misreading of RFID technology, and the reliability and durability of RFID tags. Key market participants include RFID Tag Maker and other companies involved in the production and sale of RFID tags, such as Allflex, Datamars, Zee Tags, Temple Tag, and Y-TEX.
-
- Chinese Market:
-
- As per recent reports, the market size for RFID tags for cattle by RFID Tag Maker in China reached approximately $200 million in 2020 and is expected to grow to around $300 million by 2023, with a CAGR of 10%. Key drivers include the increasing number and demand for cattle in China, the demand for disease prevention and traceability in Chinese animals, growing attention to animal welfare and safety in China, Chinese government and industry regulations, and technological advancements and innovations in China. Major constraints include the cost and maintenance of RFID tags in China, compatibility and standardization of RFID technology in China, and the difficulty and risk associated with the installation and use of RFID tags in China. Key market opportunities include the potential in emerging markets in China, integration and application of RFID technology in China, and the multifunctionality and smart features of RFID tags in China. Primary market challenges encompass the security and privacy of RFID technology in China, interference and misreading of RFID technology in China, and the reliability and durability of RFID tags in China. Key market participants include RFID Tag Maker and other companies involved in the production and sale of RFID tags in China, such as CETC, Huawei, ZTE, Antelop, and CAS.
How do RFID tags for cattle work
RFID tags for cattle, also known as ear tags, are small devices containing a microchip and an antenna. These tags are attached to the cattle’s ear or inserted under its skin. Each RFID tag carries a unique identifier, allowing individual animals to be tracked, and their data to be collected and stored⁶. Here’s how they work:
1. Tag Placement: The RFID cattle ear tag is either attached to the ear or inserted subcutaneously. The ear tag variant is more common and resembles a small button-like tag.
2. Microchip and Antenna: The RFID cattle ear tag contains a microchip (integrated circuit) and an antenna. The microchip stores the unique identification number associated with that specific animal.
3. Scanning: When a handheld RFID reader is brought close to the RFID cattle ear tag, it energizes the device and reads the number coded in the microchip. The RFID cattle ear tag reader communicates wirelessly with the tag using radio frequency signals.
4. Data Collection: The scanned information is sent from the reader to a handheld device that holds all the data on each individual cow. This data includes details such as the animal’s health history, location, and other relevant information.
5. Benefits:
– Individual Tracking: Farmers and ranchers can accurately track each animal’s movements and health records.
– Efficiency: Scanning RFID tags is faster than manually recording visual ear tag numbers, especially during cattle handling.
– High Retention: RFID cattle ear tag are designed for high retention rates, minimizing loss due to snagging or wear.
– Chute Convenience: Scanning RFID cattle ear tag in the chute is quicker and more convenient than reading visual tags or tattoos.
– Bulk Scanning: RFID allows scanning around 100 items per second, enabling rapid store inventory.
Remember, these RFID tags contribute to better cattle management and streamlined processes on the farm!
What are the benefits of using RFID tags on cattle?
Certainly! Here are the benefits of using RFID tags on cattle:
1. Individual Tracking: RFID tags allow precise tracking of each animal. Farmers can monitor their movements, health records, and behavior patterns. This helps in disease management, breeding programs, and overall herd health.
2. Efficiency: Scanning RFID tags is faster than manually recording visual ear tag numbers. During cattle handling, quick identification reduces stress on both animals and handlers.
3. High Retention: Electronic Identification (EID) tags are designed for high retention rates. They stay securely attached to the animal’s ear, minimizing loss due to snagging or wear.
4. Chute Convenience: Scanning EID tags in the chute is quicker and more convenient than reading visual tags or tattoos. It streamlines processes during vaccinations, treatments, and sorting.
5. Bulk Scanning: RFID technology allows scanning around 100 items per second. This enables rapid inventory management, especially in large herds.
6. Data Collection: The unique ID associated with each tag allows detailed data collection. This includes information on birth, weight, vaccinations, and medical history.
7. Traceability: In case of disease outbreaks or food safety concerns, RFID tags enable quick tracing of an animal’s origin and movement through the supply chain.
8. Automation: RFID systems integrate with software and databases, automating record-keeping and reducing paperwork.
What is the difference between RFID and EID?
Certainly! Let’s delve into the distinction between RFID and EID:
1. RFID (Radio Frequency Identification):
– Definition: RFID is a technology that uses radio waves to identify and track objects. It consists of a microchip (integrated circuit) and an antenna.
– Application: RFID is widely used for various purposes, including inventory management, access control, and animal tracking.
– General Use: It encompasses a broad range of applications beyond livestock management.
– Frequency: RFID operates at different frequencies (low, high, ultra-high, or microwave), depending on the specific use case.
– Animal Tracking: In agriculture, RFID tags are used for tracking livestock, but they don’t always carry detailed information about individual animals.
– Examples: Retail inventory tags, access cards, toll collection systems.
2. EID (Electronic Identification):
– Definition: EID specifically refers to electronic identification systems for livestock. It’s a subset of RFID technology tailored for animal management.
– Application: EID is primarily used in agriculture and livestock farming.
– Focus: It centers on individual animal identification, data collection, and herd management.
– Frequency: EID tags typically operate at ultra-high frequency (UHF).
– Animal-Specific: Each EID tag carries a unique identifier associated with a specific animal.
– Examples: Cattle ear tags, sheep boluses, and pig injectable transponders.
In summary, while RFID is a broader technology, EID is a specialized application within RFID specifically designed for efficient livestock tracking and management.
