SML RFID, a full-service RFID provider, has launched its FactoryCare technology, which will enable manufacturers of fashion retailers to manage RFID tagged products and reduce friction within their supply chain.
Increasing number of retailers are implementing the latest technologies and pushing the technology all the way down to manufacturers to provide a competitive edge over others. As a result, retailers are using RFID technology in their factories and warehouses to provide critical insights into their inventory. However, human error and mishandling in factories before products are shipped to stores and distribution centers are often ignored, resulting in costs, such as delays in product availability and lost sales opportunities both in-store and online.
SML RFID FactoryCare, serviced through SML’s certified RFID Inspire tags and a global network of encoding solutions will enable manufacturers to read tags, carry out a specific item search and find, validate tags and products. It will also perform box unpacking and audits, which will significantly increase sort/pick rate, reduce human errors and enhance overall operations efficiency. As a result, the offering will give manufacturers more confidence in delivering products on promise and providing better customer services to retailers.
The latest solution will also provide an additional layer of protection to retailers by preventing inventory errors at the source, where the RFID tags are attached to products. The solution will enable retailers the ability to track the full inventory history from source-to-shelf.
‘SML RFID FactoryCare solutions have been developed to optimize retail operations, maximize retailers inventory visibility throughout the entire supply chain and reduce possible errors at source where products are tagged,’ said Lesley Suen, senior vice president of RFID Technology. ‘Retailers are innovating faster than ever before, as trusted partners of retailers, SML RFID FactoryCare will deliver a flexibly priced business model, which will further drive this innovation.’