A basic RFID system includes three parts:
A basic RFID system includes three parts: A RFID tag is a device where digital data is stored and is usually attached to objects so they can be identified remotely. RFID technology has been widely used to track products, control assets, manage inventory, identify animals, etc.
The automotive supply chain is a major application area. The purpose of this paper is to explore how RFID technology is implemented on all levels of the automotive supply chain, including automotive part suppliers, logistics providers, manufacturers, and dealers.
Automotive part suppliers At the supplier level, RFID proves beneficial as it may identify counterfeit automotive parts and reduce inventory inaccuracy. As most of the automotive parts are made in Asia, it is hard to trace the origin and guarantee the quality.
The RFID solution has successfully captured counterfeit parts, as well as reduced lawsuits between suppliers and manufacturers. Additionally, RFID tags are attached to parts to track stock information. By accurately knowing detailed on-shelf inventory, suppliers are able to do timely replenishment if the product is out of stock, as well as reducing the cost of carrying excess inventory.
Logistics providers At the level of logistics providers, RFID provides real-time moving process and automates data capture.
Logistics include both inbound and outbound logistics. Inbound logistics is the process of moving automotive parts from the supplier to the manufacturer.
Outbound logistics; also called vehicle distribution, is the process of delivering vehicles from the manufacturer to a dealer or the final customer. With RFID technology, both supplier and manufacturer are able to know exactly where the automotive parts are in moving process.
TNT Logistics; the largest logistics provider in the automotive industry, has adopted RFID to track the whole process of moving parts to car manufacturers since RFID tags and a network of wireless location sensors are used to deliver visible moving process, including what material is being moved, when it arrives at the plant gate, which part is loaded and unloaded to a storage rack, etc.
Car manufacturers are able to manage preproduction process more efficiently. For outbound logistics, RFID provides a more efficient way to move cars. Gulf States Toyota; a Houston based Toyota distributor, has successfully implemented RFID technology throughout logistics to reduce cost and make dealers and customers happy.
It receives aboutnew cars from Toyota factories in Japan and delivers them to more than one hundred dealers in the southern US annually. The distribution is very complex and supply chain costs increase year after year. After adopting RFID technology, the problem is solved.
The RFID tag is attached to each vehicle, which records all the detailed information, such as car serial number, body type, chassis number, engine number, car color, date of manufacture, etc.
The RFID readers are installed at some key locations, such as warehouses, railway stations, docks and airports. A notification or alert will be sent if the vehicle is missing in the process. The system saves a large amount of labor cost since everything is automated.
Manufacturers Manufacturers benefit the most from RFID with the faultless assembly and customization. According to statistics, an average car is composed of 30, parts. Imagine such large number of parts being assembled in the plant. When a part or critical item is missing or incorrectly placed, the extra work of looking for a right item to keep the assembly line operating could result in additional cost and low efficiency.
RFID acts as a type of business radar that detects any errors and ensures the right part is always in the right place. For example, if a worker makes a mistake by putting a part in the wrong place, the RFID tag will instantly send an alert before the part goes to the next assemble line station.
In addition to ensuring accuracy on assembly lines, RFID also makes customization possible. One of the buyers may want a car with music system, the other does not.Radiant’s Virtual Asset Tracking Solution (VAT), a comprehensive suite of tags, readers and software, uses the latest in Radio Frequency Identification (RFID), Bluetooth Smart, and GPS technologies to locate assets in a wide variety of environments.
The time it takes to conduct inventory is significantly reduced while data accuracy is increased. Running head: RFID Inventory System Riordan Manufacturing Inventory System: RFID-based Tracking Executive Summary The primary weak-link in the value chain of Riordan Manufacturing is the manufacturing process of raw materials inventory tracking.
Inventory Management System With Rfid Information Technology Essay. Print Reference this. This research involves developing a system prototype focused on managing the inventories which applies the technology of RFID.
The primary focus is to help and manage the inventories for efficient stocks controlling. This inventory management. Introduction Radio Frequency Identification (RFID) is a wireless tracking system that has been used since World War II.
A basic RFID system includes three parts: a RFID tag, a RFID reader, and an antenna. This free Information Technology essay on Essay: RFID (Radio Frequency Identification) is perfect for Information Technology students to use as an example.
It has been widely used in application like tracking system like inventory tracking system. Also used in automatically identify object in similar manner to barcode but It carries. Manufactures are using RFID to track work-in-process, perfect just-in-time manufacturing, improve shipping accuracy, and manage inventory and warrantee information (RFIDJournal, ).
Auto manufacturers are among the leading users of RFID technology today.