Teijin Frontier and AsReader to exhibit at Autonomous Mobile Robots & Logistics Conference 2024

MEMPHIS,TN  – Teijin Frontier and AsReader are proud to announce our participation at the Autonomous Mobile Robots & Logistics Conference 2024, set to take place from October 8 to 10 at Renasant Convention Center at 255 N. Main St, Memphis, TN. Visit us at our booth.

From logistics to manufacturing to retail and more, autonomous mobile robots (AMRs) are the perfect tool improve your processes and improve your bottom line. All participants will learn about the exciting advances in AMR technology, plus new developments in logistics automation. Leaders in the industry will share their insight and expertise. Meet the leading suppliers of AMRs and logistics automation who can help you understand and deploy these technologies at your facilities to increase efficiency and stay competitive.

 

 

Teijin Frontier’s RecoHand™️, a revolutionary wearable RFID tag reading device, RecoHand™️ allows users to read single tags at an extremely close range. Traditionally, scanning UHF RFID tags posed challenges, as reading just one tag amidst many proved difficult. However, RecoHand™️ employs cutting-edge radio controlling technology that enables users to effortlessly touch the UHF RFID tag they wish to read, scanning only that tag while ignoring all surrounding stray tags. This innovation is invaluable for various applications including picking, shelving, sorting, inspection, packing, and any scenario where precise one-to-one scanning is desired.

 

Our new wearable RFID reader technology offers significant benefits when combined with Autonomous Mobile Robots (AMRs): it allows hands-free operation for multitasking and enhanced efficiency, isolates individual RFID tags for precise data collection, facilitates seamless human-robot collaboration leading to actionable data, and drives automation goals to transform business operations by improving workflow and reducing errors, ultimately revolutionizing industries with more efficient and data-driven processes.