In the fast-paced retail industry, maintaining accurate inventory and efficient operations is crucial for success.
Retailers in Australia and New Zealand are increasingly turning to Radio Frequency Identification (RFID) technology to streamline their processes, reduce labour costs, and enhance customer satisfaction. According to a survey, nearly 40% of retailers are forced to cancel at least one in ten orders due to inaccurate inventory data, underscoring the importance of accurate inventory management1.
This case study explores how SATO's RFID solution has revolutionised inventory management for a leading apparel retailer, driving significant improvements in operational efficiency and e-commerce optimisation.
Retailers are embracing RFID technology to revolutionise their operations and enhance supply chain efficiency. RFID's advantages in accurate apparel inventory management and stock replenishment have positioned it as the preferred choice for achieving enhanced inventory accuracy, loss prevention, and overall efficiency in the competitive retail industry. According to a recent report, the RFID market in Australia and New Zealand is projected to grow at a CAGR of 16.7% from 2024 to 2034, highlighting the increasing adoption of this technology in the region.
A leading apparel retailer faced the significant challenge of balancing customer experience with efficient inventory management. As the retailer pursued sustainable growth, it became evident that operational transformation and labour-saving measures were imperative.
Furthermore, the surge in e-commerce demanded that physical stores evolve into distribution centres, allowing in-store fulfilment through product pick-up or shipping directly to customers. This omnichannel strategy, like click-and-collect, became widely popular during the pandemic and is now a permanent fixture offered by leading retail chains, from global brands like Uniqlo to local powerhouses like Kmart.
However, achieving at least 98% inventory accuracy is vital for successfully implementing these services. Without these strategies, large and small retailers risk undermining their competitiveness and overall efficiency.
SATO secured the project due to their exceptional ability to consult and address customer challenges with a comprehensive labelling solution. Their key differentiator was offering a solution that didn't require partner system modification, setting them apart from competitors. To enhance operational efficiency, SATO implemented the CL4NX RFID printer, featuring Application Enabled Printing (AEP). This printer receives data for each item and can generate an RFID tag or a barcode label tag as needed.
Additionally, SATO provided strong local support in the customer's language, emphasising a focus on delivering solutions rather than mere product selling. With a global footprint and support, SATO's extensive worldwide partner network was vital in establishing a reliable local partner network for the project.
Adopting SATO's RFID technology has proven to be a transformative step for this apparel retailer, significantly enhancing inventory accuracy, reducing operational costs, and optimising e-commerce capabilities. As the retail landscape continues to evolve, integrating advanced technologies like RFID will be crucial for maintaining competitiveness and meeting customer expectations. SATO's commitment to providing tailored solutions and robust local support ensures that retailers can seamlessly transition to more efficient and effective inventory management systems.
Modern RFID solutions can reset store economics, lowering costs and boosting revenue. Our research shows that demonstrated benefits include more than 25.0 percent improvements in inventory accuracy, 1.0–3.5 percent increases in full-price sell-through tied to better management and lower stockouts, 10.0–15.0 percent reductions in inventory-related labour hours, and reductions in shrinkage and theft that can raise revenue by up to 1.5 percent.
Mckinsey & Company 3
Sources: 3 Retail Express, 2 Mordor Intelligence, 3 McKinsey & Company