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Barcode & RFID Tracking Software Solutions
Welcome
Barcode Technologies Ltd and RFID Technologies - newly launched RFID web site - www.rfid-uk.com - UK's leading provider, for over 30 years, of products & solutions in barcode & RFID data capture and AutoID and mobile computing systems with comprehensive range of Barcode & RFID printers, Barcode & RFID scanners as well as Barcode & RFID Handheld Mobile Computers to address all your automatic identification and data capture and critical data management needs to maximise efficiency and profitability for your company.
RFID, Links & Quotes, News, Technology
20 May 2026
Using RFID Technologies UHF RFID tags to attached Beer Kegs to track their location, cleaning cycles and filling status with streamline warehouse, distribution, and return processes through automated bulk scanning. RFID UHF tags attached to beer kegs are rugged, specialised transponders to track their location, cleaning cycles, and filling status. RFID UHF tags attached to beer kegs drastically reduce keg loss (which can average up to 5%) and streamline warehouse, distribution, and return processes through automated bulk scanning.
Key Features:
Built for Extremes: Keg tags are designed to handle rigorous sterilisation processes, caustic soda washing, and high-impact industrial environments.
On-Metal Capabilities: Because standard RFID tags fail when applied to stainless steel, keg tags (like the HID EXO Keg Tag) utilise specialised encasements to ensure reliable, long-range reading.
Bulk Reading: RAIN® RFID (UHF) tags allow breweries to scan entire pallets or full truckloads of kegs in seconds.
NFC Integration: Some breweries opt for NFC combo tags, allowing consumers or pub staff to scan the tag with a smartphone for quick information, such as keg batch details or return instructions.
Why Breweries Use UHF RFID tags to attached Beer Kegs to track their location, cleaning cycles and filling status:
Full Inventory Management: Provides real-time visibility of kegs in the warehouse, in transit, and at customer venues.
Asset Protection: Discourages theft and loss, cutting average keg loss rates from an industry average of 5% down to 1% or less.
On-Metal UHF RFID Tag UHF RFID tags for beer kegs are specialised, passive (or sometimes semi-passive) transponders designed for harsh industrial environments. They enable automated, contactless tracking of kegs throughout their life cycle including filling, distribution, use at bars/pubs, return, cleaning, and refilling which reduces losses, improving inventory accuracy, and ensuring hygiene compliance.
Why use UHF RFID Technologies:
On-Metal UHF RFID Tag UHF RFID tags use UHF -Ultra-High Frequency, typically 860–960 MHz, RAIN RFID - is preferred for keg tracking due to its long read range (several meters, up to 8+ feet depending on the tag/reader) and ability to read multiple tags simultaneously (bulk reading) without line-of-sight.
This allows fast scanning at portals (e.g., as kegs enter/exit facilities), on filling lines, or with handheld readers.
Unlike barcodes, tags survive......
RFID, Links & Quotes, News, Technology
20 May 2026
Breweries are increasingly adopting UHF RFID technology to modernise keg fleet management, addressing chronic issues like keg losses (typically 3–5% annually in the US, up to 5–20% for some craft brewers), poor supply chain visibility, manual inefficiencies, and disrupted operations that erode margins. Traditional methods with manual logs or using barcode technologies are labour-intensive, error-prone, damaged by dirt/condensation/handling, and lack real-time data. RFID provides automated, non-line-of-sight, bulk scanning with durable tags, delivering real-time visibility, better inventory control, loss reduction up to 80% reported, and automation across the full keg life cycle.
RFID Solves these problems and challenges:
Keg Losses: Cost the global industry hundreds of millions annually (e.g., $60M–$100M/year in the US; £50M/year in the UK). Kegs go missing due to theft, misplacement, delayed returns, or distributor mix-ups.
Poor Visibility: No reliable tracking of location, status (full/empty), cleaning history, or utilisation, leading to over-purchasing kegs, production delays, and inefficient logistics.
Manual Processes: Slow inventory counts, human errors, and compliance risks for hygiene/maintenance.
Supply Chain Friction: Impacts breweries, distributors, and venues with delayed pickups, excess fleet size, and suboptimal routing.
How RFID Enables Transformation - UHF RFID tags (passive, rugged, on-metal designs) give each keg a unique digital ID. Readers at key points (gates, filling lines, docks, cleaning stations) automatically log movements in bulk, updating ERP/WMS or cloud platforms in real time.
Key Stages of Automation in the Keg Life Cycle:
Filling & Outbound: RFID Tags scanned automatically at filling lines or exit gates. Logs fill date, batch, and status. Integrates with production planning.
Distribution & Delivery: Portal readers or handheld/mobile scanners track shipments. Some hybrid systems add IoT/GPS for in-transit visibility.
At Venues: Quick checks for returns; alerts for overdue kegs.
Return & Intake: Inbound gates log arrivals automatically, identifying owners even in mixed loads.
Cleaning & Maintenance: Scanned before/after cycles; history stored for compliance, predicting maintenance, and extending keg life (up to 20–30 years theoretically).
Inventory & Analytics: Real-time dashboards show utilisation, idle kegs, turnover rates, loss patterns, and fleet......
RFID, Links & Quotes, News, Technology
18 May 2026
RFID UHF Laundry Tags are specialised, durable UHF RFID tags are perfectly designed for linen, laundry and textile enabling full life cycle tracebility and tracking of linens, uniforms, towels, gowns and garments in high-volume environments. These RFID UHF tags are small, flexible or button-style and encapsulated to withstand harsh industrial conditions including high temperatures (up to 95°C+), chemicals, pressure, drying, ironing, and sterilisation and can endure 200–500+ wash cycles.
How They Provide Full Traceability:
Each tag contains a unique Electronic Product Code (EPC) linked to a database record with details like item type, size, owner, purchase date, and history. Unlike barcodes, RFID allows bulk, non-line-of-sight reading—readers can scan hundreds of items per second even inside carts, bags, or compressed bundles.
Typical System Workflow:
Tagging: Tags are attached during manufacturing or retrofitted.
Reading Points: Fixed readers/antennas or handheld scanners at key chokepoints (collection bins, sorting lines, washers, sterilizers, dryers, storage, delivery docks, issue/return stations).
Data Capture: As items pass, the system automatically logs location, movement, wash/sterilization cycles, timestamps, and user/department.
Software Integration: Cloud or on-premise platforms aggregate data for real-time dashboards, alerts (e.g., low stock, overdue replacement), reports, and automation (sorting, billing, inventory).
Key Features Across Sectors:
Statistics of Washing Times: The system counts cycles per item and flags retirement (e.g., after 50–200 washes) to optimize lifespan and prevent failures.
Flow Monitoring: Real-time visibility from dirty collection → laundry → clean storage → use. Detects bottlenecks or diversions.
Automatic Inventory: Bulk scans replace manual counts; prevents over/under-stocking.
Loss Prevention: Reconciliation between sent/received items; shrinkage often drops dramatically (e.g., from 15% to 3%).
Automation: Guides sorting machines, automates billing for laundry providers, and supports contactless processes.
Healthcare-Specific: Tracks sterilisation cycles, logs compliance for audits/infection control (e.g., temperature, chemicals, cycles).
Applications:
Hospitality (Hotels): Bed linens, towels, robes, uniforms — optimises par levels, reduces loss, automates sorting/return.
Healthcare:......
