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Barcodes for Business Healthcare Industry Science

How Do Barcodes Improve Medical Safety?

In 2010, 4,000 women experienced ruptures of faulty breast implants, according to BBC News. And among the 400,000 women who’d received the same implants worldwide, few were able to find out if theirs were one of the bad ones. Tragic and scary, but the damage could have been lessened–and helped these women achieve some peace of mind–if these implants had been printed with a humble barcode.

Medical Barcode Technology Can Save Lives 

Barcodes on implantable items like breast implants or pacemakers might seem like the stuff of dystopian science fiction, but its real-world use has more utopian application. Between seven and 15 percent of deaths in hospitals can be attributed to medication dispensing errors, i.e., a doctor or nurse misprescribing a drug that patient shouldn’t be taking. With barcode technology used throughout the hospital system, these medications can be scanned, checked, and verified, lessening the potential for dangerous administrations or contraindications.

Tracking Your Warehouse-to-Patient Supply Chain

Instituting barcode technology can help hospitals track medicines, implants, and patients all the way through the supply chain and beyond, collecting valuable data on the medicines themselves, implant wear and tear, and more. It can even be set up to tell nurses and doctors when their patients, who are wearing scanned barcode wristbands, are overdue for their next shot or treatment. The system can even be set up to tell nurses and doctors when their patient (with a scanned barcode wristband) is overdue for a dosage (from their scanned barcode medicine). Barcodes are truly improving healthcare.

Barcode Technology Helps Hospitals Cut Costs

All of this saving lives and streamlining the system saves money, too. One study found that using a barcode system saved a hospital pharmacy $2.2 million per year by significantly reducing medication dispensing errors, with a net benefit after five years of $5.5 million. Naturally, instituting a thorough barcode system is expensive, but here, too, the study found that hospitals reached a break-even point with the tech as early as one year to no later than 10 years after instituting the technology.

The average? 51 months. In other words, it’s money well-spent.

You Need Good Barcode Technology and Training, Though

Unfortunately, it’s not enough to get any old barcode tech. You need solid equipment and the requisite training and hospital culture to make sure it’s being implemented effectively. As many as one in two nurses had performed their previous shift without scanning either patient barcode or medication barcode in their previous shift, one 2012 study found. That’s a good reminder that while technological solutions are marvelous, they’re only as good as the people using them.

But Good Machines Still Matter

That’s not to put the blame solely on doctors and nurses, though. Guess the number one and two reasons for noncompliance?

Bad labels and faulty scanners.

Change is hard and it’s harder to build trust when you’re using unreliable equipment. There’s a solution, though, and it’s simple: Use the best technology you can get and get it serviced regularly. Here, we’ve got you covered. Check out our scanners and scanner repair services here.

Learn more about the solutions we offer for healthcare facilities, hospitals, and sterile environments.

Categories
Healthcare Industry News Science

Improve Healthcare and Pharmaceuticals with 2D Barcode Scanners

You might normally associate barcode technology with checking out at your local grocery store or preferred retailer, but 2D barcode scanners are seriously changing the healthcare industry.

Barcode technology is saving lives in the medical field. It plays a crucial role in the proper delivery of medicine. It’s been so efficient, in fact, that the FDA issued recent rules that actually require machine readable labels on any medication. Because the barcodes are small, they are easy to put on even the smallest of vials. They offer all the information needed by a nurse or doctor with just one swipe of the barcode under code-reading scanners. With medical errors being the third most cause of deaths, it’s time for a change. As technology improves, so do our chances of survival and access to fantastic health care. Here’s how the scanners and barcodes are changing medicine:

2D Barcode Scanners Prevent Errors

Barcode scanner technology is helping to eliminate errors in identifying patients and administering the proper medicines. With so many life-threatening mistakes that can be made during patient care, it is essential to get every step correct. There are too many deaths that occur on a yearly basis because of medical errors in hospitals. These mistakes can be avoided with a barcode system. Patients receive barcoded bracelets upon checking into the hospital, and anything administered to that patient must match up with the exact same barcode. When all vendors have a barcode for their medication, this should leave little room for error. Hospitals can protect their patients by incorporating barcodes into every aspect of their patient care.

Reduced Fossil Footprint

2D barcode scanners are able to help hospitals save resources. When a hospital saves on resources, they will also save money. What’s better than improving both the patient care and the financial circumstances of a healthcare institution? What’s more? Hospitals will pay off the implementation of the barcode system in just one year. Hospitals will save about $2 million dollars annually with the system. By cutting documentation materials in half, you’ll not only save trees, you’ll save coins.

Multi-Device Functionality

Implementing the 2D barcode scanners is not a complicated process for any medical facility. Idezi’s customer support for these systems is unparalleled and always available to help. The barcode scanners can also be used with mobile computer device89. This makes it easy to access information with the touch of a button from anywhere in a hospital. The sophisticated system can give both patients and healthcare teams great peace of mind, as stress is reduced, due to accurate and reliable information.

Go Big and Go Barcode

Barcode scanning systems can save lives, money, and are the most reliable system on the market. Eliminating hospital errors will improve patient survival rates. Safe and effective patient care is the key to any successful medical facility. This unique barcode scanning system works in collaboration with medical teams all around the globe. Experience maximum positive patient outcomes with a reliable, accurate system. For continued education on barcode scanning equipment and implementing the best system into your hospital, contact us today!

Learn more about the solutions we offer specifically for Pharmaceuticals, from labels to inserts.

 

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Barcodes for Business Science Uncategorized

Why You Need to Be Using a Barcode Tracking System in the Lab

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Using barcodes can give your laboratory more flexibility and power than a traditional inventory management can. Here are a few reasons why a barcode tracking system can increase your productivity and avoid errors.

What is a Barcode Tracking System?

Simply put: A barcode is a pattern that computers can read. The pattern contains data about the item it’s attached to. If it is a linear code the information is formatted in a series of parallel lines. A 2D code uses a grid of squares, rectangles, dots or hexagons. In both cases, the information can be “read” by a scanner or imager then relays the decoded data back to your computer system.

Why You Should Use Barcode Labels In The Lab

The automatic process of barcode tracking systems increases your rate of productivity. You speed up your data-logging and reduce the odds of errors. Poor handwriting or misspellings are often the mistakes made in laboratories. Barcodes are properly printed on a selected label and won’t fade or smudge during a lab process. Those usually include water baths, handling and rubbing, alcohol wipes and solvent exposure. You’ll want a durable label material that will keep information attached to equipment. That includes the uses of microslides, blood tubes, or microvials. They often endure long-term freezer storage and cold transit which can cause them to fall off.

What Kind Of Barcode And Label Should You Use?

First, consider the amount of space you have for the label and how much data you want to include. If you have a particularly small item, consider using a “cap and tube” label pair. Also, you can use a 2D code on the lid for faster scanning. Tubes don’t have to leave their rack, so 2D codes are ideal. Stick the additional information on the side of the vessel on a larger label. A popular symbology for linear lab barcodes is Code 128. It is of high-density format that can store a lot of alphanumeric data in a small space. That is what makes 2D codes ideal. A data matrix symbol can hold up to 2,335 alphanumeric characters. However, they do need a more sophisticated scanner to read.

How You Can Start Barcoding

In-house printing is a good option if you already have access to label design software and a quality thermal transfer printerOutsourcing your label printing saves on time and the investment of a printer. It is also more convenient to receive quality-tested, ready-to-use labels that are durable. If you do choose to print in-house, remember to ensure that your barcode is legible. Make sure that the label material and printer ribbon are matched correctly. Print at 300dpi or greater for sharper barcodes at small sizes. Maintain your printer so that you can prevent low-contrast printing or voids.

Final Thoughts

Barcode labels are beneficial for sample identification. Consider this method to maximize your productivity and to remain accurate. You will improve the efficiency of your processes and protect valuable data. You also reduce the risk of human mistakes through the right barcode tracking system.

Learn more about how our Scientific Research division works with universities and research facilities.

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Science

How the Barcode Scanner Improves Scientific Research

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In today’s world, technology is constantly evolving. New machines and tools are being created every day in order to help better society. How do we keep up with all of these advancements? How do we make sure that we are providing the world with the safest, best, and most fully formed resources that they need? The answer is simple: data. Well-documented data is the difference between theory and fact, between dreams and reality. However, the way to get that data can be difficult. It’s a challenging process that scientists always hope can become easier. Fortunately, one readily available tool is improving that process: the barcode scanner. With this portable scanner, scientists are able to capture their data automatically. How exactly is the barcode scanner doing this? What makes it so special? Read on to learn more about how it is bettering scientific research.

What is Barcoding?

Barcoding is a way of automatically collecting data and transmitting it to a computer. The data that is being collected is found on the actual barcode itself. A barcode is a collection of black bars and white spaces that represent letters or numbers. These bars and spaces come together to create the barcode’s form of language. This “barcode language” is commonly known as symbology.

What is a Barcode Scanner and How Does It Work?

So how do people get the information that they need from a barcode? They do so by using a barcode scanner. A scanner, or barcode reader, is the device that reads the symbology of a barcode and then sends that data to a computer. What exactly is the process of this information transfer? It mainly comes down to light. The light from the scanner passes over the bars and spaces of the barcode. The black bars of the barcode absorb the light. Meanwhile, the white spaces reflect it. This light is then transformed into electrical signals by the scanner’s light detector. Those signals are then turned into binary ones and zeros, which represent specific numbers and letters when combined together.

How Are Barcodes Used in Scientific Research?

Barcodes, and by extension barcode scanners, are beginning to be used more frequently in labs around the world. They help researchers across the globe automatically recognize particular plates, tubes, and slides. 2014 saw the highest global sales ever for barcode printers. Meanwhile, the market for scanners is expected to grow at a compound annual growth rate (CAGR) of 4.4% until 2019. Barcodes are able to provide researchers with information about a sample’s condition, volume, status, and results of any potential tests it might have undergone. These details help researchers keep everything organized. What barcodes most effectively do, though, is eliminate the potential risk of error. With barcodes, scientists can track samples they are using across numerous locations. This type of system all but guarantees that there are no major mistakes made that will compromise researchers’ data. They can feel confident in their findings and apply them appropriately. Have any questions or concerns about our scanners, printers, or any of our other products? Please feel free to contact us so that we can assist you!

Learn more about how our Scientific Research division works with universities and research facilities.

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