EUGENE, OR, USA — April 7, 2020 — In a globalized society, reducing the risk of catching an infectious disease through increased hand hygiene has never been more important. Infectious diseases typically spread through contaminated droplets in the air and on surfaces. This is why the U.S. Centers for Disease Control and Prevention emphasizes hand hygiene and personal protective equipment (PPE) in its guidelines for safeguarding health-care professionals and patients.
One way, clinic administrators can help protect front line medical workers is by choosing instruments and mobile devices designed specifically to repel and kill infectious diseases. This is particularly important when mobile devices travel from room to room with nurses and clinician. Even if a device is dedicated to an active infectious disease unit, additional exposure to the same disease can increase negative consequences for patients. In short, hygiene isn't an option — it's a priority.
To make sure that this priority is fully met, healthcare barcode readers from Datalogic are equipped with a special housing. This housing is made of plastic that is embedded with silver ions that prevents disease-causing bacteria and virus growth. The oligodynamic effect of silver damages key enzymes in the cell membranes of pathogens, killing them and slowing the infectious spread. These additives reduce the risk of bacteria and other germs remaining on devices and being passed between patients and providers.
In addition to containing antimicrobial materials, Datalogic's enclosures for its medical barcode scanners and mobile computers are designed to resist harsh, hospital-approved disinfectants. The enclosures can withstand the multiple cleanings required each day by standard hospital hygiene protocols. Dozens of sanitizations per day will not hurt them. Consumer devices, for example, can be damaged by cleaning products.
To make use of Datalogic mobile computers for users in healthcare environments easy and effective they offer two additional features: wireless charging and ergonomic design. Wireless charging addresses the number-one failure point of all cordless devices: oxidized charging contacts. Eliminating contacts results in greater reliability, a longer device lifetime, and a lower total cost of ownership because of fewer failures. Additionally, contacts can be receptacles for dust accumulation and microbial growth; wireless induction charging eliminates this risk. Finally, the ergonomic design of the devices ensures that they easily fit on medical carts. It also reduces the physical fatigue associated with repetitive scanning actions.
In today's healthcare system, mobile computers and barcode scanners play an important role in infection control and patient safety. They ensure correct patient identification while helping to reduce the spread of infectious diseases. By deploying devices containing antimicrobial and disinfectant-ready materials and also incorporating wireless charging technology, hospitals can improve productivity while also reducing the risk of secondary infections.
Contact Information:
Jose Vega
Datalogic
https://www.datalogic.com
(541) 683-5700
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