I wrote recently about Zebra’s introduction of a newly enhanced version of its HC100 Wristband Printer line, but mentioned only in passing the unique cartridge-loaded Z-Band wristbands that the printers deliver. Z-Band wristbands are available in a number solution-specific of configurations, including antimicrobial-coated bands designed specifically for patient identification. Because those of us who are involved in the industrial-computing industry so often focus on the more complex aspects of the digital technology we deploy, it’s easy to lose sight of the sophisticated engineering that is also designed into products as straightforward as patient-identification wristbands.
Zebra’s Z-Band direct-thermal antimicrobial-coated wristbands have been designed to exceed rigorous standards for durability, readability and scannability, with attention given to the prevention of skin irritation.
To verify that all design goals have been met, Z-Band wristbands have been tested for:
- image durability and peel adhesion .
- tensile strength.
- skin irritability.
The wristbands remained readable and scannable after far more rubs with isopropyl and ethyl-rubbing alcohol (50 times), betadine (100 times) and hand sanitizers; than patients are likely to experience even in an extended hospital stay. The bands also remained readable and scannable after a thousand rubs with a crocking cloth and after extended immersion in warm water. Tensile strength consistently withstood up to 45 pounds of force and peel adhesion withstood up to 55 ounces of force. As important, the wristbands were confirmed to be benign in terms of dermal irritation.
So, the next time you’re called upon to evaluate patient- or guest-identification options for your specific application, it’s reassuring to know that Zebra’s commitment to design and engineering excellence extends to products as seemingly ordinary as ID wristbands.
You can check out Zebra’s Z-Band direct thermal antimicrobial wristbands laboratory test here.