HF chips are best suited to applications that require the reading distance to be less than 1 meter. the distance required between the reader and the microchip.This means that the radio frequency and label type chosen depends on: High Frequency (HF) electrical waves broadcast at 13.56 MHz on the radio frequency spectrum, whereas Ultra High Frequency (UHF) broadcasts in the range of 860 - 960 Mhz. Identification applications, when using radio frequencies vary, depending on the reading/writing and/or rewriting capabilities of the microchip. The RFID application to be used dictates the frequency required, as well as the reading distances necessary. The chip/antenna assembly, commonly called an inlay, is encapsulated in a label, tag or card to protect it. Readers are capable of emitting radio frequencies continuously, thereby activating every marker in range. RFID labels are, on the whole, passive, meaning they don’t require an additional energy source to the one sent by the reader, and captured by the radio antenna. Speed up pre-flight checks of on-board emergency equipment and streamline maintenance procedures Improves the management of luggage trolleys at airports and in other travel environments Supporting airlines with the use of RFID technology for luggage tracking to reduce lost bags Improves the management of shopping trolleys in retail environments Track your returnable tote boxes, roll cages, pallets & trays through the supply chain to reduce losses Identify the real-time location of critical assets using RFID and other tracking technologies Providing visibility to items and speeding up business processes through the supply chain Improve efficiency, reduce costs and maximise the benefits of RFID tracking systems Identify the real-time location of your assets using RFID and other tracking technologies Streamline your warehouse organisation with real-time inventory and forklift visibility Track your returnable stillages, tote boxes, roll cages, pallets & trays through the supply chain to reduce losses Real-time production tracking solutions to support lean processes and just-in-time manufacturing Helps patients and staff find their way around hospital sites and buildings Reduces the need for nursing staff to continuously supervise 'at-risk' patients Prevents the unauthorised removal of an infant from maternity, neonatal and paediatric wards Staff Safety Call system helps safeguard medical staff in hospitals, care homes and other healthcare environments This solution helps centralise and streamline the management of theatre supplies in large acute hospitalsĬaptures data about each implant automatically and accurately to improve patient safety, save time & cut costs Real-time location information on surgical equipment & endoscopes to improve utilisation, management and auditing Supports the NHS England Scan4Safety initiative to improve efficiency and quality of care in hospitalsĪutomated monitoring solution for healthcare environments such as hospital fridges or critical patient environments Helps reduce losses and ensure there are always enough items ready for use where required To improve utilisation of medical devices and other assets and reduce time spent looking for items
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