June 11, 2019
In less than 12 months, the new European Union Medical Device Regulations (EU MDR) go into effect. All Medical Device companies that wish to sell their products into the EU will have to meet these new requirements. As the date approaches there has been much confusion regarding what is involved, which parties are responsible, and when exactly it has to be done. In order to bring some clarity to the UDI requirements of the EU MDR, Coridian recently hosted a webinar on the topic.
The new regulations come with new liabilities. Manufacturers, Importers, Distributors, Authorized Reps, Notified Bodies will all be legally responsible for the device.
All labels under the EU MDR will need to be re-designed to meet the new regulations.
Although there is debate on what the regulations call for, regarding the deadlines, the Commercial Reality is that Medical Device Manufacturers should get started as soon as possible.
To learn more, access the webinar recording or contact us at UDI@Coridian.com.
October 25, 2017
Bring Your Own Device (BYOD) emerged when workers preferred the convenience of using their personal smartphones for business. Employers appreciated the cost savings, but security issues and durability have become a major concern.
In hospitals, where regulations like HIPAA require patient privacy, is a consumer smartphone a safe choice for enterprise computing?
Studies show that the smartphone presents several flaws for healthcare mobility. Still, a 2014 study by Spyglass Consulting Group showed that nurses prefer using their personal smartphones at point of care:
- 67% of the hospitals surveyed responded that nurses are using these devices to support clinical workflow and communication.
- 80% of nurses use the standard, unsecured, HIPAA-non-compliant bundled SMS application that’s native to their personal smartphones.
- 52% of nurses consult a smartphone for information instead of asking a colleague; 32% use an app on their phone rather than consult a doctor.
- Less than 1% of nurses said the use of smartphones during their shift was prohibited by the hospital.
Rugged mobile computers now have the look of a consumer smartphone, but offer the significant advantages of an enterprise-grade computer. The Zebra TC51-HC touch computer, for example, looks and feels like a smartphone, but Zebra has created this mobile device to deliver healthcare functionality and performance that no smartphone can match:
- More rugged. Zebra built this handheld computer with medical-grade plastic housing that withstands constant disinfecting. The device’s screw holes are covered and the number of crevices and seams have been reduced to eliminate places for germs to collect. The IP65 sealing prevents damage from dirt, dust, and even sprays of water. The Gorilla Glass touch panel and imager window protect against damage. The TC51-HC can also handle 4-foot drops and countless tumbles.
- More power for multi– Run multiple voice and data apps simultaneously—like answering an urgent call while sending a high-resolution photo of a patient’s wound and accessing an EHR. The TC51-HC offers up to eight times more data storage capacity than other enterprise-class healthcare mobile computers, and it’s the only device in this class to use hexa-core technology.
- Better imaging. In addition to a 1.3 MP camera, this handheld’s 13 MP ultra-high-resolution rear-facing camera delivers nearly three times the resolution found in competitive devices, providing more detailed imagery.
- Flawless scanning. Protect patient safety and maintain efficiency with lightning-fast data capture of 1D and 2D barcodes, even those that are damaged, dirty, poorly printed, or displayed on a screen.
- Secure text messaging. Zebra’s Workforce Connect Enterprise Messaging protects privacy with more secure voice and texting applications.
- Fast, dependable connectivity. The TC51-HC support 802.11ac and r, enabling the fastest W-Fi speed and most robust roaming.
- Long battery life. The best-in-class PowerPrecision+ battery delivers up to 14 hours of battery life.
Nurses juggle a lot of tasks in a shift. Equip them with a rugged, efficient, and user-friendly mobile computer. Talk to Coridian about the Zebra TC51-HC.
October 11, 2017
Patient safety has been a critical priority for healthcare organizations, even before The Joint Commission first introduced the National Patient Safety Goals (NSPG) in 2003. Barcode technology has proven to meet the criteria for preventing errors that result from incorrect patient information.
The NSPG specified that at least two patient identifiers must be used whenever blood samples are drawn and medication and blood products are administered. Hospitals have adopted barcoded wristbands into their admission protocol. The barcode on the wristband is encoded with the patient’s name and patient ID number, which satisfies the NSPG criteria.
Coridian looked at the options for barcode wristbands. For durability, print quality, and comfort, Zebra’s thermal printable wristbands deliver successful results.
Zebra’s Z-Bands enable the hospital staff to print wristbands on demand, one at a time, using the Zebra HC100 wristband printer. These thermal printer wristbands provide distinct advantages:
- The antimicrobial coating prevents the spread of bacteria.
- The wristband’s barcode remains scannable for up to 14 days, longer than the average patient stay.
- Z-Bands are made from polypropylene, with no metal content, making them MR-safe.
- The Z-Bands come off the printer ready to attach to the patient’s risk. There’s no assembly required.
- You can choose from an adhesive tab or color clip (in your choice of six colors to allow for easily visible identification).
- Each variety of Z-Band is available in three different sizes: Infant, Pediatric, and Adult; the HC100 automatically adjusts to the wristband size.
- Z-Bands are available in UltraSoft (the softest direct thermal wristband on the market), Z-Band Direct, Z-Band QuickClip, and Soft Infant Z-Band Direct, with a soft nylon backing to protect delicate skin.
Patient wristbands are a critical part of positive patient identification. Make sure you make the most of this step. Talk to Coridian about thermal printing for your barcode wristbands.
September 27, 2017
Nearly 161,000 adverse events occur in U.S. hospitals every year as the result of medical errors in identifying specimens; 37% of the errors occur during the collection process.
In spite of the advances of automated data collection, some areas of healthcare haven’t yet embraced barcodes and mobility. Tasks like specimen collection become more accurate and efficient when you combine the two technologies and label the specimens at the point of care.
A mobile computer or scanner and a mobile barcode label printer are high-value tools that enable bedside specimen collection. The clinician simply scans the patient wristband to check the patient ID against the requisition. Once the sample is collected, the barcode label encodes the patient’s information, specimen, collector ID, and the date and time of the draw.
By loading the right media into the thermal printer, you can produce high-quality labels that endure the high temperatures of sterilization, the freezing of cryogenics, and the exposure to the many harsh chemicals that are used in processing lab samples.
Coridian has been focusing on the technology needs and challenges of the healthcare industry for more than 20 years. We’ve partnered with Zebra because of the company’s unmatched global expertise in this area. Zebra designs and engineers purpose-built solutions for healthcare, with the print quality and ruggedness to withstand the unique conditions of this environment.
- Weighing less than two pounds each, Zebra’s QLn Series healthcare mobile printers produce 2- and 3-inch labels with sharp clarity. They integrate seamlessly into your printer network (including remote management). Powered by Bluetooth 3.0, the QLn Series mobile printers provide a robust, reliable wireless connection, with fast data transfer rates and greater range.
- The Zebra TC51-HC mobile computer looks like a smartphone but performs with enterprise-grade security, scanning power, connectivity, and ruggedness. This powerful touch computer is designed to stand up to continual wipes with disinfectants. The screwholes are sealed and the crevices and minimized to prevent the spread of bacteria.
- Zebra’s CS4070-HC companion scanner can be worn on a lanyard or carried in a pocket. The omni-directional scanning enables point-and-shoot simplicity with a wide working range. Like all of Zebra’s rugged mobile devices, this barcode scanner can handle the drops and bumps that happen on a daily basis.
Prevent medical errors that result from specimen label mistakes. Contact the healthcare technology experts at Coridian to make the move to greater mobility and the accuracy it provides.
August 30, 2017
Patient safety begins at admission. From this first engagement to discharge, the patient needs the protection of an accurate, durable wristband. For the most protection, rely on the accuracy of barcode technology.
Positive patient identification was listed as one of the top 10 patient safety concerns in the latest ECRI Institute report. The Institute’s Patient Safety Organization reviewed 7,613 wrong-patient events that occurred between January 2013 and August 2015 in 181 different healthcare organizations. While most of the mistakes were caught before much harm was done, two were fatal.
Deploying a reliable wristband solution and verifying positive patient identification will prevent so much of the human error that prompts medical mistakes.
Before you decide to use your laser printer for wristbands, consider some of the compromises that choice will require. A laser-printed wristband lacks the print quality and durability of a thermal-printed wristband. Your staff will spend more time assembling a laser-printed wristband—outputting the label and inserting it in a sleeve or adhering to the band. A laser-printed barcode isn’t as crisp as a thermal printed one, so your staff might have difficulties scanning the wristband. Between damaged and unreadable laser-printed barcodes and the less durable design, your staff will spend additional (and unnecessary) time reprinting and replacing the laser-printed wristband. Also, changing the paper tray for the laser printer can be cumbersome (and annoying for the person who accidentally prints a document on your wristbands), and media is frequently wasted.
At Coridian, we recommend the Zebra HC100 wristband printer. This dedicated thermal printer makes it easy to produce durable wristbands that remain scannable longer than the average stay. Just insert one of the drop-in wristband cartridges (sized for infant, pediatric, or adult) and the printer automatically calibrates to the size, which reduces waste. Remove the Z-Band wristband from the printer and attach it to the patient’s wrist. There’s no assembly required!
As a purpose-built printer for healthcare, the HC100 is encased in disinfectant-ready plastic. It stands up to the constant cleaning that’s necessary in a healthcare environment. It also features a medical-grade power supply for added safety. The Z-Bands protect the patient with antimicrobial coating. And the wristband is durable enough to last longer than the average patient stay in the hospital, so you don’t have to replace them—another savings.
Coridian wants to help you increase patient safety. Contact us to learn more about a dedicated barcode wristbanding solution.
June 6, 2017
We are seeing some exciting trends in the automatic data capture space that can help your business improve productivity and profitability. Let Coridian help you explore these technologies and see how they can move your business forward.
Here are the trends:
- Transition from 1D to 2D Scanning
- Mobile Operating System Migration – From Windows to Android
- Device Management
- Printing and Supplies Optimization
Click here and complete the simple form for a link to learn more about each component in our new ebook Future Proofing your Operation