Automotive Industry Benefits from Use of RFID technology from Supplier to Delivery!
For more than two decades, the automotive industry has used RFID solutions, mainly for the identification of their vehicle body transport systems.
Thanks to improved technology and the automotive knowledge of the RFID specialist , the industry today considers equipping every single vehicle body and component with data carriers, to benefit from a continuous identification and quality control through the whole production process.
One of the main advantages of RFID: The user can read the authenticity features and also rewrite them to a data carrier. Data carriers (also known as tags) accompany the part through the whole production cycle or quality test; relevant data is written automatically onto the tag and read at the end of the production cycle. Together, with the finished product, there is also a quality management protocol available that shows all production steps of the product, as well as the quality test.
Another benefit of RFID technology is that the information transfer by electromagnetically radio waves is less susceptible to environmental influences. While the externally applied, printed bar codes become unusable through high temperatures, dirt or moisture, the special RFID data carriers and robust scanners allow the use of RFID systems under very rough conditions or through nontransparent media.
Rethinking the Automotive Industry
High temperature tags are attachable to a carriage – so called skid – that transports a vehicle body through production. That is how the path of the vehicle can be tracked from shelling to the final assembly, as long as the transport system stays the same. Mostly monorail conveyors, skids or other carriers for the vehicle body and larger components, like engines or axles, are identified.
If a data carrier is firmly connected to the vehicle body at the beginning of the production process, the body can be identified safely at any time – from shelling to painting and the final assembly to the delivery. Learn more about the application of vehicle body identification from the .
Vehicle Body Identification Demands UHF-System
When transport systems are equipped with tags, there are always defined, relatively small distances between the data carriers and the combined read/write heads. If the tag is attached to the vehicle body directly, the range is inevitably larger – it mostly varies between 30 and 100 cm. For this reason, HF-systems can’t be used any longer since the transmission range is limited to 20 cm. The solution is to find within the UHF-range that allows ranges up to three meters.
Transparency from the Supplier to the final Assembly
The fact that UHF-challenges also can be mastered and carry considerably lower data carrier prices convinced many automobile manufacturers to equip the coming model ranges with data carriers on the vehicle bodies, which means that they can be identified throughout the whole process, from shelling to painting. But this is not all: In further projects where Turck is involved, the possibilities are tested to also optimize the delivered parts of the suppliers with RFID and thereby optimize the whole production process up to the final assembly with the wireless identification.
For more than two decades, the automotive industry has used RFID solutions, mainly for the identification of their vehicle body transport systems. Thanks to improved technology and the automotive knowledge of the RFID specialist TURCK, the industry today considers equipping every single vehicle body and component with data carriers, to benefit from a continuous identification and quality control through the whole production process.