Description
The Scannable Carabiner/Hardware NFC Tag Gen2 (Singles) is a low-profile, metal-surface NFC tag designed for carabiners and other metallic gear connections.
Scannable Carabiner NFC Tag (Gen2 Singles)
The Scannable Carabiner NFC Tag (Gen2 Singles) is a durable and compact tag made for use on metal gear. Specifically engineered for carabiners and other rigging hardware, it provides a reliable solution for digital tracking and inspection management. By embedding NFC technology directly onto metal equipment, it offers improved traceability and consistency for professional users.
Designed for Metal Hardware
This tag works exclusively on metal surfaces, ensuring dependable NFC scanning performance. It is ideal for carabiners, anchors and lifting hardware commonly used in rope access, arboriculture and rigging environments. Once attached, the tag enables quick digital access to inspection logs, asset records or certification data using compatible NFC devices.
Low-Profile Gen2 Design
The Gen2 model features a smooth, flush-mounted form that fits neatly onto I-beam or H-frame carabiners without affecting handling or gate movement. Its compact shape prevents snagging and resists wear during regular use. This thoughtful design ensures that the tag remains both functional and unobtrusive when fitted to professional equipment.
Efficient Single-Tag Option
Supplied individually, the Scannable Carabiner NFC Tag is perfect for tagging new hardware or replacing missing labels. It allows operators to maintain asset tracking consistency across equipment fleets without purchasing in bulk. Because of its metal compatibility and simple installation, this single-tag format is ideal for small teams, inspectors and workshops managing unique gear inventories.
Key Features
- NFC-enabled tag designed for carabiners and hardware
- Works exclusively on metal surfaces
- Flush, low-profile design for smooth gear integration
- Gen2 single-unit format for replacements or individual items
- Supports digital inspection and asset tracking systems






