I7500 RFID ENGINEERING HIGHLIGHTS
Why UK Engineers Specify the Brady Corporation i7500 RFID
Zero Waste First Tag Encoding
Costly on-metal RFID tags are never burned during roll setup, LabelSense reads the media chip and sets coupler power and darkness instantly.
Encodes 2.0 mm On-Metal Tags
Handles thick, flexible metal mount UHF labels and harsh environment polyester tags without jamming or printhead strikes.
40 Second Drop In Changeovers
Top loading self centring roll holders and keyed ribbon spindles let operators swap between asset tags and rating plates in 40 seconds.
Interchangeable 300 / 600 dpi
Snap in printheads automatically announce their resolution to the i7500 without tools or technician recalibration.
7 Inch Tablet Class Display
Huge 7 inch colour glass screen shows exact remaining tag count, ribbon percentage, and print job previews at a glance.
Extreme Brady Material Science
Compatible with 4,000+ stock and custom parts, from Skydrol resistant aerospace polyimides to UV stable outdoor vinyls.
Open Core Flexibility Included
Run smart LabelSense rolls for instant zero waste setup or switch to open core mode for bespoke converting runs.
Industrial Applicator I/O Port
Built in DB25 PLC interface integrates directly with automated production cells and test rig verification fixtures.
GJBS AR Asset & Tool Integration
Prints and encodes chemical proof Brady UHF labels directly from AR-Tracker, AR-Tool Tracker, and AR-Trace.
BUILT FOR EXPENSIVE SPECIALIST RFID MEDIA
Stop Wasting Costly Tags per Roll Changeover with First Label RFID Calibration
Traditional industrial printers often feed three to six blank tags every time an operator swaps rolls or cycles power, an expensive frustration when using specialist on-metal UHF transponders. The Brady i7500's LabelSense chip sets sensor gain, heat, and RF position automatically before a single tag advances.
CHEMICAL, SOLVENT & OUTDOOR SURVIVAL
Pair High Density 600 dpi Print with Brady Harsh Environment Media
Where standard paper labels peel or fade within weeks on hydraulic plant, marine gear, or laboratory autoclaves, Brady polyester, metallised, and foam backed RFID materials keep barcodes and EPC chips readable for years.
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