Labels and Supplies

1.5" wide X 1640' (500m) long AXR 7+-RESIN Ribbon, Color: Black. Wound on a 1" Core. 24 Rolls Per Case. Priced per Case.

6.5" wide X 1476' (450m) long AWX FH-WAX Ribbon, Color: Black. Wound on a 1" Core. 6 Rolls Per Case. Priced per Case.

1.26" wide X 1640' (500m) long AXR 7+-RESIN Ribbon, Color: Black. Wound on a 1" Core. 24 Rolls Per Case. Priced per Case.

1.26 X 1640 AXR 7+-RESIN Black 24 Rolls Per Case

The V-Tag Model INF-VT100-E-F6 is a compact active RFID tag that generates its own mesh network. V-Tag Location Tracking System is accomplished by setting up a fixed tag attached to wall, ceiling, fences and posts around the location being monitored. Track and monitor your assets without costly infrastructure. The moveable tags then calculate their own positions based on the signals received from the fixed tags and from other neighboring tags.

V-Tag INF-VT100-GPS-A GPS is a self healing ad-hoc mesh network that builds its own robust, reliable infrastructure using Fixed V-Tags as a Geo Mesh Network. Each Asset Tag can dynamically obtain its GPS location and then pass the asset latitude and longitude through the mesh network. The mesh network is enabled by simply sticking up Fixed tags wherever tracking is needed. By attaching V-Tag GPS tags to a company's outside assets, end users can then track asset location within 5 to 15 feet. If the end user has to distinguish between two identical looking assets, he or she can activate the V beeper to come pinpoint the asset in question.

The V-Tag Smart Gateway GPS Unit INF-VT100-GPS-G receives messages from individual V-Tag tags and forwards them to the user's network for storage in a database or display to a user.

The V-Tag Model INF-VT100-SL is a compact active RFID tag that generates its own mesh network. V-Tag Location Tracking System is accomplished by setting up a fixed tag attached to wall, ceiling, fences and posts around the location being monitored. Track and monitor your assets without costly infrastructure. The moveable tags then calculate their own positions based on the signals received from the fixed tags and from other neighboring tags.