Milwaukee  48-21-0001 ONE-KEY™ Asset ID Tag – Sm. Plastic Surface
Milwaukee  48-21-0001 ONE-KEY™ Asset ID Tag – Sm. Plastic Surface
Milwaukee  48-21-0001 ONE-KEY™ Asset ID Tag – Sm. Plastic Surface

Milwaukee 48-21-0001 ONE-KEY™ Asset ID Tag – Sm. Plastic Surface

Regular price $150.00 Sale price $79.00 Save $71.00
12 in stock
INCLUDES:
• (1) Milwaukee 48-21-0001

FEATURES:
• Compatible with the ONE-KEY™, the industry’s most robust asset management platform
• Designed for assets with small plastic surfaces available for adhesion, such as power tools
• Engineered with scratch and fade resistant velvet lexan material, which withstands exposure to most common jobsite chemicals
• Designed for assets with small plastic surfaces available for adhesion, such as power tools
• Compatible with the ONE-KEY™, the industry’s most robust asset management platform
• Scans with any smart mobile device with an integrated camera and the ONE-KEY™ app, rather than requiring dedicated hardware
• Machine-readable 2D data matrix code allows for quick, reliable identification with every scan
• Time and location data are recorded in the ONE-KEY™ app when tag is scanned
• Strong adhesion properties stand to up to fluctuations in temperate and exposure to water
• Engineered with scratch and fade resistant velvet lexan material, which withstands exposure to most common jobsite chemicals

SPECIFICATIONS:
• Product Length: 9 inch
• Product Height: 12 inch
• Product Width: 0.08 inch


ONE-KEY™ Asset ID Tags provide users with the industry’s best scannability, high adhesion strength, and durability you can rely on while managing inventory with the Milwaukee® ONE-KEY™ mobile or web app. Use any smart mobile device with an integrated camera and the ONE-KEY™ app for scanning, rather than investing in dedicated hardware. Time and location data are recorded with every scan. Made with velvet lexan, these .69” x 1” tags are ideal for assets with small plastic surfaces available for adhesion, such as power tools. The tags are built for the harshest jobsite conditions with resistance to water and chemical exposure, fade-protection from UV light, scratch-resistant properties, and adhesion through significant fluctuations in temperature.