25 January Tracking of Disposables in a Laboratory January 25, 2019 By Gina Wurms healthcare, pharmaceutical, research |server based|, |RFID| 0 Real-time inventory based on a passive RFID system aids in maintaining accurate stock levels, enabling laboratories to operate more effectively. At a glance server-based inventory tracking and management item detection at strategic checkpoints automatic clearing during disposal Problem Definition In a medical laboratory, knowing what you have in stock and where it is located is extremely important for reducing costs and increasing productivity. The challenges usually surrounding a lab environment involve the loss of samples, loss of time looking for equipment, and labeling errors. Solution An RFID localization system addresses all of these issues through automated tracking and control, which results in cost savings and a reduction of redundant work. The system can be used to track reagents and disposables, and offers a time-saving potential of up to 80%. Personnel can manage laboratory inventory, place orders and keep track of them all in one place. Disposables are registered at strategic checkpoints – in the goods receiving department, at several storage locations, and at disposal points (where items are automatically cleared from the system). In addition, products can be manually checked in using an RFID handheld scanner. The system allows users to keep track of where inventory items are and how much is available, helping to avoid product shortages or stock levels that are too high. Laboratories can minimize the number and amount of inventory items stored, decrease waste generation and control waste disposal costs. Technical Implementation infsoft Locator Nodes are placed in strategic positions within the laboratory and are connected to UHF antennas, which enable an extended range of up to 6 meters. The disposables are labeled with passive RFID tags. The Locator Nodes detect labeled objects that pass in their read range. They function as a power source and transfer radio-frequency energy to the tag. ID and data from the RFID tag are then captured by the Locator Nodes and forwarded to the infsoft LocAware platform®, where the data is processed. RFID readers can come in two types: fixed (Locator Nodes, deployed in the environment) and mobile (typically a handheld). Employees can access the data via a web interface and check the inventory status at any time. Using infsoft Tracking, further attributes such as product type and inventory number can be assigned to the RFID tags, which can also be searched for. The inventory data are linked to conditions in the infsoft Automation Engine, allowing notifications or automated orders to be triggered, for example when stock levels fall below a certain value. Use Case PDF for Download Get the white paper for free Great introduction to the topic of indoor positioning Download Related Articles Asset Tracking and Temperature Monitoring in the Laboratory In a laboratory, indoor localization and tracking can be used to monitor laboratory samples. Read More Load Carrier Tracking in Logistics This use case by infsoft describes how load carrier tracking can contribute to increased efficiency of logistics chains. Read More Tracking and Digital Labeling of Containers in Logistics Tracking and automatic, digital labeling of containers can facilitate processes in logistics environments. Read More Asset and Personnel Tracking in Tunneling This use case by infsoft describes the use of a tracking system on tunnel construction sites. Read More Workpiece Carrier Tracking With the help of a tracking solution, the location of workpiece carriers in production facilities and the processing time per work step can be tracked. Read More Tracking of Endoscopes in Hospitals With an asset tracking solution, endoscopes in hospitals can be reliably located and inventoried. It also serves to prevent theft. Read More Comments are closed.