Zebra LB2-PED-L3-1X2 Wristbands

Zebra LaserBand 2 wristbands use self-laminating direct-print technology that works with standard laser printers, eliminating the need for specialized wristband printers. The self-laminating seal protects patient information, text, and barcodes from moisture and hand sanitizers, extending wristband usability significantly longer than traditional thermal transfer options.

Yes, that's a key advantage of LaserBand 2 technology. You can print both the patient wristband and chart label on a single 8.5x11" sheet, which streamlines patient admissions and reduces printing time. This dual-output capability makes deployment faster and more efficient in hospital environments.

Yes, the Zebra LB2-PED-L3-1X2 model is specifically designed for pediatric and infant use with appropriately sized wristbands. The adhesive closure and hole-punch design ensure secure fit while remaining comfortable for smaller patients, and the self-laminating protection keeps critical medical information intact throughout patient care.

These LaserBand 2 wristbands are designed to work with current laser printers—no special wristband printer is needed. This compatibility with standard office laser printers makes implementation straightforward and reduces equipment costs compared to dedicated thermal transfer wristband systems.

The LaserBand 2 design includes adhesive-free areas around the form edges and holes, which prevents the adhesive from contacting printer rollers and causing jams. This thoughtful design eliminates expensive maintenance issues and downtime that typically occur with traditional adhesive-backed wristband labels.

The self-laminating seal protects the wristband from moisture, hand sanitizers, and frequent washing—common challenges in hospital settings. This protection significantly extends the lifespan of printed patient information including text and barcodes, ensuring wristbands remain readable and secure throughout the patient's stay. Contact us today to discuss durability requirements for your specific clinical application.