Nowadays, RFID technology is no longer just a separate technology. Adding sensors to RFID tags has become a common practice today, and assists operators in performing qualitative tracking tasks. The following are some of the applications that RFID technology is suitable for import.
If the production line can reduce the proportion of manpower input and increase the automatic configuration of RFID technology, it will help improve production line efficiency, enhance safety and reduce the risk of work injury.
As for the best problems in many RFID technologies, there is actually no absolute answer. Because of the needs of different applications, each of the most suitable RFID technologies can be selected, such as how long the message receiving distance is needed, whether it needs to be in the RFID volume. The built-in memory writes a lot of information, and uses RFID tags in a humid environment. How to make the best choice will depend on the situation, conditions and needs of different needs.
According to the Control Design website, the number of RFID technology choices around the world is still limited only a few years ago. Nowadays, it is not only more diversified, but RFID tags are getting smaller and smaller, the performance is getting better and better, and it can be applied to more severe environments. For example, it can be directly adhered to metal, and can withstand temperatures up to 250 degrees Celsius; if ultra-high frequency (UHF) passive RFID technology is used, the reading speed can reach 400tags/s.
Nowadays, RFID technology is no longer just a separate technology. Adding sensors to RFID tags has become a common practice today, and assists operators in performing qualitative tracking tasks. The following are some of the applications that RFID technology is suitable for import.
In the field of machine tools, the automation of some processes can help reduce human error and work accidents, which may cause the machine system to stop running. Therefore, as more and more machines are introduced into the computer numerical control machine (CNC), if imported RFID tag technology to this automated process will help to overcome these problems easily.
The machine that is generally used to produce components must be automated in selecting cutting tools and managing the use of cutting tools to help reduce the loss of human operation.
If the RFID tag is embedded in the cutting tool, the RFID tag ID can be read by the RFID receiving device to confirm whether each machining program uses the correct cutting tool, but the solution is to read the RFID by the RFID receiving device. The tag ID is only a few centimeters away, so the RFID receiver must be built into the machine.
On the conveyor belts of general product lines, many metal components and rotating machinery are usually built in, and often run in harsh environments, such as cargo conveyor belts in the logistics industry. In order to automatically track and send goods, it is necessary to automatically confirm these. Goods passing through the conveyor belt.
At this time, RFID technology can come in handy, the RFID tag can be attached to the goods, and the RFID receiving device can be installed along the conveyor belt. It may also need to install some fixed RFID receiving devices, antennas, etc., but this requires more More space is available for placement.
RFID technology also helps improve plant operation efficiency, reduce manpower to find the right tools to complete the task search time, and reduce the use of inappropriate tool operations by employees, increase the risk of work-related injuries, plus many factory tools need to be regularly calibrated and corrected, so if not The introduction of technology that can assist in efficient automated management will be a nightmare for plant managers.
Therefore, if RFID technology is introduced into each tool, the database can be automatically reviewed to determine the location of the tool, the number of uses, the purpose of use, and the people who use the tool. All tools will be attached to the RFID tag for confirmation. And can be counted in real time.
In order to manage the use of personnel in machines, production lines or warehouses, automated identity verification is a necessary deployment procedure. Whether it is RFID technology, fingerprint identification, magnetic stripe card or other technologies, it is absolutely necessary to ensure safety and reliability.
In addition, when employees ask for near-use, only RFID tags have their importance. In this case, the reading range should be limited to a distance of a few centimeters from the RFID receiver, which is why high-frequency (HF) RFID technology is widely used. The main cause of this field. Although several solutions based on low frequency (LF) RFID technology have emerged, they have gradually been replaced by high frequency RFID solutions.
The safety of the plant facilities to avoid theft can also be solved through RFID technology. Attach the property tags of the plant to the RFID tag that can send messages over long distances, and then set up a radio fence to detect all objects tagged with RFID tags, and then use multiple RFID receivers to monitor the property of specific plant areas. Objects with RFID tags disappear into the radar of the receiving device to see if they are stolen and positioned.
The real-time billboard module (e-Kanban) on the production line can also be imported into RFID technology. Since the necessary components that must be used in the production line are automatically filled, the demand forecast can be made for the remaining amount of components and the required amount, so that the complicated production line assembly system can also introduce RFID solutions to improve the automation level, even here. Block-based RFID technology can be combined with other technologies to create customized solutions.
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