The first product to be scanned with a UPC barcode was a pack of Wrigley’s gum at an Ohio supermarket in June of 1974. The gum was picked for the first scan to highlight that even very small items could be marked with a barcode. And to recognize it's place in history, this particular small but mighty pack of gum is now housed in the Smithsonian.

Due to what was in the early 1970's very expensive equipment needed to read the barcodes, it would still be several years after this first scan until barcodes really caught on. But by 1980, 8,000 grocery stores a year were converting to the use of barcodes and soon after they became the dominant method for ringing up and tracking purchases.

Today, the use of barcodes goes far beyond UPC labels in the grocery store. We see 1D and 2D barcodes in warehouse and distribution, shipping, manufacturing, healthcare, entertainment, transportation, education, consumer goods, hospitality and more.

The first patented flexographic press was built in England in 1890, although it wasn’t called a flexographic press. The early press used a water-based ink that smeared easily, so it was often called “Bibby’s Folly”, referring to one of its inventors.

In the early 1900s similar presses began using an oil-based aniline ink. The process became known as aniline printing. This aniline ink was used extensively until the 1940s, when the FDA classified it as unsafe to use in food packaging.

Sales plummeted, even after new, safe aniline inks were approved in 1949. Worried about the industry image, companies tried to rebrand the process, often to no avail. Ultimately, the Mosstyper, the Journal of the Mosstype Corporation, conducted a poll to select a new name for the process. Over 200 names were submitted before being narrowed down to three possibilities: permatone, rotopak, and flexographic. In the end, readers of The Mosstyper, of course, chose flexographic.

Today, those early safety issues are a thing of the past, and flexographic presses are used to print much of the world’s packaging and labels.

The history of HP Indigo stretches back decades. Indigo was founded in Israel in 1977 by Benny Landa, who was born in Poland to WWII refugee parents. His interest in print technology was peaked working in his father’s photo shop. His father was also an inventor and devised a camera using bicycle parts and pulleys that captured images directly onto photographic paper. Landa studied physics, engineering, psychology and literature in Israel and is a graduate of the London Film School.

After Indigo was founded, the first several decades of the company were spent primarily on research and development before several high-profile products were developed and released in the 1990s. Indigo really took off after it was acquired by HP in 2002. Today HP Indigo is widely seen as the global standard bearer for digital print quality, and Landa is known as “the father of commercial digital printing”.

In 2016, HP Indigo was honored as one of leading Israeli inventions that had a global-scale impact. The image of an HP Indigo press was also featured on a commemorative postage stamp honoring Israeli Achievements.

Contact DLS if you’d like to see how HP Indigo’s exceptional print quality can help your customers.

World War II (WWII) is widely considered the first time RFID-like technology was used – to help identify incoming airplanes. Discovered in 1935, radar was used throughout the American, British, and German military. However, radar signals used to detect incoming aircraft couldn’t tell whether the aircraft were pilots returning home or an enemy attack. The Germans got around this problem by having their pilots execute a unique roll maneuver that altered the radar signal. The Allies came up with a different solution. British researchers developed a system where they put transmitters on all British planes, and when they received signals from radar stations on the ground, they began broadcasting a signal back that identified the aircraft as friendly. That is the basic concept of passive RFID operation: a signal is sent to a transponder, which wakes up and reflects back a signal.

Today, RFID technology is widely used by not just the military, but by a wide range of industries to track and capture information about products, assets and inventory. Contact DLS for more information on how RFID labels can help your customers.

Before the first pack of gum was scanned with a UPC code, the railroad industry tried to use an early barcode system to track millions of freight cars as they moved across the country. Several companies were simultaneously developing tracking systems for this purpose. After competitive field tests of 4 different systems, the Association of American Railroads selected KarTrak ACI tags as a national standard to be installed on all railcars beginning in 1967.

KarTrak ACI was developed by GTE Sylvania. The tags consisted of a plate with 13 individual horizontal labels. The labels were made of a retroreflective plastic in blue, red or white, and could be read quickly from 9-12 feet away. The data from the scanner was then transferred to a nearby rail equipment hut containing the computer equipment for processing.

Initially, both the railroads and GTE Sylvania had high hopes for the system both as a profitable product and a way to streamline railroad freight operations. But ultimately, the system failed because the labels were difficult to maintain, and unable to withstand the elements. Battered by snow and dirt, the labels would become worn and tattered, leading to an unacceptable 20% or more failure rate. Unable to provide the data the railroad industry needed, KarTrak was phased out. Eventually, decades later the railroads adopted RFID tags to track their freight cars.

The failure of KarTrak underlines the importance of choosing the right label depending on use conditions. Contact the DLS label experts for help choosing your customer’s labels.

Most of us have had the “pleasure” of licking a gummed envelope or postage stamp. But did you know that prior to the invention of the self-adhesive label in the 1930’s, commercial labels largely utilized this type of water-activated adhesive?

Wide-spread use of pre-gummed labels began in the late 1800’s. The gum paste on these labels was usually an animal-based adhesive that needed moisture to activate the stickiness. This was an improvement to users needing to apply glue to labels, but it was still messy and the adhesive didn’t stand up well to environmental conditions like heat or moisture.

Pressure sensitive self-adhesive labels meant a large decline in the use of water-activated gummed labels, but didn’t entirely replace them. There are industries that still utilize water-activated tape or labels. But the ease of application, flexibility and durability of pressure sensitive labels makes them the best choice for most label applications. Of course many of us still wet our envelopes and postage stamps, but self-adhesive options exist here too.

DLS offers a variety of pressure sensitive labels and adhesives appropriate for a wide range of uses and markets. Contact us to learn more.

Wine labels have a long history. In fact, wine jars labeled (engraved) with vintage, region and winemaker were found in King Tut's tomb.

The oldest hand-written wine label was created by French monk Pierre Perignon (yes, like the champagne) in the 17th century. It was made of parchment and tied to the bottle with string.

Lithography brought printing in mass quantities and something close to modern wine labels. As the printing process has advanced, so too have wine labels. Wine makers in the 19th century incorporated color and design to differentiate their product, including coats of arms, portraits, landscapes or medals.

In the 1950’s, legislation required information like where wine was bottled, who bottled it, the type of grape, vintage, alcohol content and volume.

Today’s wine labels are still required to provide this information. But the designs are incredibly diverse – ranging from traditional to downright playful.

Whether you need a relatively simple wine label, or a complicated die-cut with special augmentations and finishing, contact DLS.

Whether we pay attention to them or not, we’re all familiar with nutrition labels. But did you know that the requirement to provide nutrition information in this format is a relatively recent one? While there were some labels that contained nutrition information on food in the early 1900’s, the need for such labels wasn’t fully realized until the 1970s. This was largely due to the fact that most food was sold in its natural form, or in bulk.

With the proliferation of packaged foods, a standard way to inform consumers of what they were eating became more important. In 1972 the FDA proposed regulations that specified a format to provide nutrition information on packaged food labels. But the use of these labels was voluntary except for companies who added nutrients to their products or made specific nutrition claims. It wasn’t until the Nutrition Labeling and Education Act of 1990 that nutrition labels were made mandatory. Since then, there have been only minor changes to the label format or what’s included (such as the addition of trans fat).

Contact DLS to help your customers with FDA compliant labels.

Imagine that the directions for your prescription were actually written by hand… or perhaps that there were no instructions at all. Printed drug labels came into wide-spread use in the 1800s.

Pharmacists would buy books containing sheets of printed labels, or go to the same newspapers in which they advertised to buy sheets of labels. They would then need to cut the individual labels out and glue them to bottles of medicine. Initially, these labels would only have the name of the medicine, and possibly the pharmacy. But there was often no information on dosage or how to take the medicine.

In the 1860s, it became common for these preprinted labels to have space for additional information. In some cases, labels were “fill in the blank”, with wording such as “Take __ spoonfuls as directed by Dr. __”. Or the labels would have pharmacist information and branding, with space for more detailed information and instructions to be written by hand.

Today, it is common for labels used by many industries to be preprinted with branding or standard information, with space left for printing additional information – either by hand or with a printer. Contact DLS for help with your customer’s preprinted labels.

To the naked eye, microtext may appear as a solid line or simply part of a design. But magnify it and you will find teeny tiny text. Microtext is used as a hard to reproduce security/anti-counterfeit feature.

A high-profile use of microtext is US currency. Can you find the microtext in these bills?

• $5 - “FIVE DOLLARS” in the squiggles
• $10 - “THE UNITED STATES OF AMERICA TEN DOLLARS THE UNITED STATES OF AMERICA” above Hamilton’s name
• $20 - “THE UNITED STATES OF AMERICA 20 USA 20 USA” on Jackson's left
• $50 and $100 - “THE UNITED STATES OF AMERICA” in Grant and Franklin’s collars

In the world of labels, microtext is used to combat counterfeit or pirated products. Brands incorporate microtext as part of their label design so that savvy consumers can differentiate between their product and imposters. But not all printers are equal when it comes to microtext. Differences in ink and print technology can drastically effect how small text can be and still be readable when magnified. At DLS, we can print clear text as small as 0.5 pt using our HP Indigo.

If your customers could benefit from microtext for their brand labels, contact us and we can help you find the best solution.

Chances are you’ve seen a UL (Underwriters Laboratory) label. These ubiquitous labels can be found on a wide variety of consumer or industrial equipment, and provide assurance that UL has certified the product is designed to be safe. But did you know that in order for a company to apply one of these labels to their product, it’s not just the product that needs to be approved by UL, but also the label itself?

UL labels must meet strict standards for materials, performance, information and layout. The design/layout of a UL label must be reviewed to verify all information is in an acceptable format, and only suppliers approved by UL, and found in the UL database are authorized to print labels with the UL Mark.

Participants in the UL Authorized Label Supplier Program have undergone their own testing process with UL to ensure the materials and printing process of their labels will stand up to the end-use conditions. These approved suppliers also undergo ongoing reviews and inspections to ensure that they continue to adhere to UL label standards.

As a participant in the UL Authorized Label Supplier Program, DLS can help with your customer’s UL labels. Contact us for more information.

Bottled beverages and football just go together. In fact, during the two weeks leading up to the big game, Americans are expected to spend upwards of $1.3 billion on beer and cider. When we reach for those bottles, most of us probably don’t think too much about the label – unless something goes wrong. And there is a lot that can go wrong with a bottle label.

Labels like those on beer bottles need to stand up to issues during production including moisture and temperature changes, overspill, and abrasion as the bottles speed through the bottling process. Once the bottle makes its way to consumers that label needs to withstand changes in temperature, light and even a lengthy soak in a cooler filled with melting ice.

Without the right label, these conditions can lead to smudges, scratches, flaking, fading or a label that completely falls off. The wrong label can also lead to significant issues in the bottling process – which means lost time and money. In order to ensure that bottle labels will hold up throughout production and use, it’s important to choose the right substrate, adhesive, ink and printing process.

Contact the label experts at DLS for help making sure your customer’s bottle labels perform.

If you've shopped for a vehicle, you've probably seen a Monroney sticker. This large label that is posted on the side window of all new cars sold in the US has been legally required since the Automobile Disclosure Act of 1958 (sponsored by Oklahoma senator Almer Stillwell Monroney).

Every manufacturer’s sticker looks a bit different, but they all carry the same basic information – the features, options, and charges as well as information on fuel efficiency, air pollution and vehicle origin. Before the Monroney sticker, customers had to trust the salesperson for information about what a car included, and how much it cost.

One of the more interesting parts of Monroney stickers is how they’re constructed. Most labels consist of a printed facestock, backed by adhesive and a liner that is removed on application. With a Monroney sticker, the label is applied “backwards”. The information is printed on the liner and adhesive is applied to only the edges of the facestock - which sticks to the window so the printed liner faces the outside of the vehicle. This allows for easy removal without destroying the information printed on the label.

Contact DLS for more information or a quote for your customer’s Monroney stickers.

The Universal Product Code or UPC is one of the most commonly used barcodes for retail sales. There are a number of UPC codes in use, but the barcode you will find on most products you buy will be UPC-A. A UPC-A is made up of 95 columns that are read by a barcode reader as either a 1 or 0. This 95-digit number made up of 1s and 0s is then translated into the 12 digit UPC code. The modules include left and right sections of the UPC code, as well as start, middle and end guard patterns.

These sections serve several important functions. The guard patterns identify the beginning and end of the UPC, as well as separating the left and right sections. The number in the left section indicates the manufacturer or seller, while the right section identifies the product. Additionally, a barcode reader can determine if the barcode is upside down based on the numbers of 1s read in the left and right sections. All codes on the left side have an odd number of 1s, and the codes on the right side have an even number of 1s. If the computer identifies that the barcode is being read upside down, it can immediately flip it so it’s scanned correctly.

Contact DLS to see how we can help you with UPC and other barcodes for your customers.

If you were at the beach and came upon a drum of chemicals washed up onto shore, you’d probably want an easy way to determine if the contents of this drum were hazardous. Companies transporting dangerous goods overseas are subject to International Maritime Dangerous Goods (IMDG) regulations, that include labeling requirements for hazardous chemicals.

These requirements include the use of durable labels as defined by British Standard 5609 (BS5609). BS5609 compliant labels must be able to remain intact and legible after a three-month submersion in salt water. Labels undergo stringent testing to ensure they are BS5609 compliant. This testing involves simulating marine conditions such as: prolonged salt water submersion, simulated salt spray, changes in temperature, and UV exposure.

Compliant labels are subjected to two categories of testing. BS5609 Section 2 tests the durability of the label base materials (such as facestock, adhesive and any additional topcoats), while BS5609 Section 3 tests the durability of the label once it is printed to test the durability of the print process.

Contact DLS for help with your customer’s BS5609 compliant labels.

Do you know where the grapes for your wine are grown? Federal law states that if a wine is labeled as a product of a state, 75% of the grapes in the wine must originate in that state, but the remaining 25% can come from elsewhere. Some states have more strict requirements. For example, in order for a wine to be labeled a product of California, 100% of the grapes must be grown in California.

Texas recently passed a law clarifying requirements for Texas wine labels. The state will continue to follow federal rules that 25% of the grapes in a “Texas” wine can be from outside the state. But if a Texas wine gets more specific to its product origin, the requirements get more stringent.

For a wine labeled as a product of a specific Texas county, 75% of the grapes must come from that county. A wine labeled as a product of a specific American Viticultural Area (AVA) must use 85% of its grapes from within that AVA. And if a wine is designated as a product of a specific vineyard, 95% of the grapes must come from that vineyard. In all of these cases, the remaining grapes must come from elsewhere within Texas.

Wherever your customer’s wine comes from, contact DLS for help with their wine labels.

UPC or Universal Product Code barcodes are a digitally readable series of bars that is translated into 12 digits allowing products to be digitally tracked and scanned.

But how do those bars translate into 12 digits? The UPC barcode is actually made up of 95 evenly spaced columns. Once scanned, the computer reads those columns as a 95-character number made up of 1s and zeros. A light column is read as 0 and dark columns are 1.

This 95-character number is then translated into 12 digits. The first six digits identify the manufacturer, the next five represent the product and the final digit is a check digit. These 12 numbers are also printed at the bottom of the barcode in a human readable form.

Barcodes provide a lot of information about a product, but they do not provide the price of an item (stores get this information by pairing the barcode with their internal database). And despite what numerous viral social media posts may say, barcodes do not provide information on the product’s country of origin.

Contact DLS for help with your customers pre-printed barcodes or supplies to print them on demand.

Chemicals are big business. In fact, 2019 global chemical shipments were worth nearly $4 trillion. With all these chemicals traveling around the world, it makes sense for there to be a standard way to label and classify hazardous materials.

GHS, or the Globally Harmonized System of the Classification and Labeling of Chemicals was developed by the UN beginning in 1992, so workers throughout the world can easily identify dangerous substances. Instead of each country having its own system for labeling hazardous materials, the symbols are standardized and easily recognizable. Additionally, GHS labels need to meet certain requirements for quality and durability.

GHS is not a global law, but recommendations that countries can incorporate into their own chemical management system and regulations. Countries can pick and choose which pieces of GHS they wish to incorporate into their own regulations to enforce within their jurisdiction. No country is obligated to adopt all or any of the GHS system. But more than 65 countries have. The U.S. officially adopted GHS in 2012, when OSHA adapted their standards to incorporate GHS.

Contact DLS for more information on or help with your customer’s GHS labels.

How would you feel about a delivery driver helping themselves to a few of your fries? What if all it took was a label to keep your food safe? A survey conducted by US Foods in late 2019 found that 28% of food delivery drivers admitted to occasionally sampling customers’ food. The same survey found that 85% of customers wanted restaurants to use tamper-evident packaging to help discourage the practice. Enter tamper-evident labels.

This relatively simple solution uses a label to seal bags, boxes or other food containers and helps customers feel confident that their food hasn’t been pilfered. These little labels have become especially prevalent and important with the increased use of food delivery services, as well as the increased focus on preventing the spread of germs and viruses that has come with Covid-19. In addition to helping customers feel confident in the safety of a restaurant’s food, these labels also provide additional opportunities for companies to market to their customers with branded graphics or promotional labels.

Contact DLS for tamper-evident labels for your customers.

QR codes, or quick respond codes were invented in 1994 by Masahiro Hara from the Japanese company Denso Wave. They were designed to allow for high-speed scanning and were originally used to track vehicles during manufacturing.

QR codes are an example of a 2d or matrix code. Unlike traditional barcodes that only present information linearly, QR codes have the ability to hold information both horizontally and vertically. This allows the code to contain significantly more information. Common uses include displaying text, opening a webpage, adding a vCard, opening a Uniform Resource Identifier or connecting to a wireless network.

There are a large number of tools to create QR codes, as well as to read them. While in the past, smart phones would require a special app to read QR codes, most modern smart phones will now read a QR code simply by viewing it through the phone’s camera.

QR codes are often used in marketing, making it easy to direct customers to additional information. Other markets that utilize the versatile codes include manufacturing, consumer products and electronics, healthcare, retail and warehouse and distribution.

Contact DLS to learn how you can help your customers add QR codes to their labels.

What if your labels could just… disappear? Dissolvable labels can do just that. Dissolvable labels are made up of water-soluble stock and adhesive, that will dissolve within 30 seconds in any temperature water. They leave behind no residue and won’t clog drains. Labels are easily removed without the need for scraping either the label or adhesive—saving considerable time. Restaurant and food service businesses regularly use dissolvable labels for food rotation or storage labels—since they can simply wash off in the dishwasher.

They are also useful in healthcare or laboratory settings. In some cases, dissolvable labels can also be an eco-friendly option for companies who want to make it easier to reuse packaging. When used in this way, it is necessary to keep in mind how long the label needs to last and where and how the product would be stored to be sure that the label doesn’t dissolve before it's done its job.

Contact DLS for help with dissolvable labels for your customers.

Organic food is worth big money. According to the Organic Trade Association, U.S. organic food sales hit $50.1 billion in 2020. This means that the use of "organic" on product labels can be a valuable marketing tool. But there are actually strict federal requirements for which products can be labeled organic.

USDA Organic certification confirms that the farm or handling facility (whether within the United States or internationally) complies with USDA organic regulations related to soil quality, animal welfare, pest and weed control, and use of additives. In order to label their products organic, producers must be certified by a certification agent approved by the USDA.

There are three levels of organic labeling. Products made entirely with certified organic ingredients, methods, and processing aids can be labeled "100% organic". Products with at least 95% organic ingredients may be labeled "organic". Products containing a minimum of 70% organic ingredients, can be labeled "made with organic ingredients," but may not display the USDA Organic seal.

Contact DLS for help with your customer’s food labels (both organic and conventional).

In July 2020, NASA launched the Perseverance robotic rover towards Mars aboard an Atlas V Rocket. Eagle-eyed observers to the launch may have noticed a lineup of labels on the top of the rocket that included the logos for NASA, the United Launch Alliance and the US Space Force.

These special labels are actually applied to the rocket in strips, so that they will peel off as the rocket ascends through the atmosphere. This helps ensure that the labels won’t interfere with the aerodynamics of the vehicle.

While DLS isn’t putting our labels in space (yet), we can help you find the right labels for all of your customer’s special projects. Contact us anytime to discuss any unique label needs.

Not just a mainstay in Halloween decorations, the skull and crossbones has a long history of symbolizing danger.

It is commonly thought that the skull and crossbones originated with the Knights Templar in the 13th Century. The symbol is found on the graves of the Knights Templar, as well as countless medieval graves, buildings and monuments - denoting death and danger.

Around the 17th century, the skull and crossbones became a staple in pirate symbology, meant to strike fear in the pirates’ victims.

The use of the symbol in labeling got its start in the 1800’s. In 1829, New York passed a law requiring anything containing poison to be labeled, and the first skull and cross bones to denote poison appeared in 1850. Today the symbol is used globally to label poisonous substances.

Circling back to pirates, there was a call to replace the skull and crossbones on poison with the Mr. Yuk symbol. The reason? The widespread popularity of cartoonish pirates was thought to make the skull and crossbones actually ATTRACT the curiosity of young children. Ultimately, this movement failed, in part because the Mr. Yuk symbol is protected by copyright.

When it comes to expressing affection, chocolate reigns supreme – with an estimated 8 million pounds of chocolate and 36 million heart-shaped boxes sold around Valentine’s Day. But did you know that there are strict requirements to be met before a candy can be labeled chocolate?

While it might not be romantic, in order to be marketed as chocolate, these heart-shaped confections must meet strict FDA requirements. In addition to the usual label requirements for displaying nutritional information, the FDA has created standards for the identification of chocolate.

To be labeled as chocolate (and not "chocolate flavored"), a product must meet very specific conditions related to the content of cacao or cocoa. To be labeled specifically as milk chocolate, a product must contain at least 10% chocolate liquor, 3.39% milkfat and 12% milk solids. And while there is a spirited debate on whether white chocolate is, in fact, chocolate... to be labeled as white chocolate a product must contain at least 20% cocoa butter, 14% total milk solids and 3.5% milkfat.

When is a label not a label? When it’s a record label. What we usually think of as a modern “record label” doesn’t refer at all to any type of adhesive label, but to the companies who produce and sell music. The term does have its origins with actual labels though. It originates from the circular label in the center of a record that identified the record’s title and manufacturer. For early records, these labels played a particularly important role in identifying the disks, as most records were stored in plain paper or cardboard sleeves—with a cutout allowing the circular label to be seen. These labels were the main form of record identification until it became widespread for the records to be sold as albums with a printed outer cover or sleeve. Because early records could only really hold one or two songs, records were sold in booklets with multiple sleeves—similar to photo albums… Thus the origin of the term “record album”.

Contact DLS if you have a customer who needs a literal record label, or any other product identification labels.

It’s a long running debate. What is the difference between labels and stickers? Marion Webster defines a sticker as “a slip of paper with adhesive back that can be fastened to a surface”. A label is “a slip (as of paper or cloth) inscribed and affixed to something for identification or description”.

So… what is the difference? Some might say the difference is the material, with stickers usually being printed on a thicker material, with a shiny coating or fancy embellishments. But as the type of materials and print options for labels have increased, this difference has become blurred. Perhaps it’s how they’re disbursed… labels are most often produced on rolls or fanfold, while stickers are on individual sheets or even individual stickers. But this too blurs as labels can also be created in sheet or individual label form.

It really comes down to what they’re used for. Labels aren’t meant to stand alone as an end product. They are meant to "label" things – providing information like branding, warnings, identification, nutrition information or instructions. Stickers can simply be used for decoration or provided as an end product.

Tell us what you think. What’s the difference between stickers and labels?

Imagine the warehouse of the future, with swarms of robots ferrying products and packages from here to there… This futuristic warehouse is fast becoming a present reality. Robots are increasingly used to assist in picking products, moving pallets, taking inventory, restocking, transporting products from one point in a warehouse to another and a myriad other tasks.

As advanced as many of these robots are though, it turns out that just like their human counterparts, many of these robotic warehouse workers require labels to navigate or perform their tasks. For example, robots in Amazon distribution centers navigate using a camera on their belly to read QR codes on the floor. Robots that are used to pick product can read either traditional barcodes or QR code labels to make sure they’re grabbing the right item. And in some cases drones are used to scan item labels to help keep an accurate inventory count. In all these cases, to fully realize the benefits of the warehouse robots, it’s important that the labels are accurate, readable, and able to withstand the wear and tear of a busy warehouse environment.

Contact DLS to help your customers with labels for their robotic and human warehouse workers.

How does one of the oldest and largest libraries in the world keep track of its collection? RFID… Built in the mid-15th century, the Vatican Apostolic library houses over 80,000 manuscripts and 1.6 million printed volumes. This vast collection documents the history of western civilization and is a treasure trove for historians and religious scholars around the world.

To keep track of this priceless collection, the Vatican library uses RFID to track the location and use of its volumes - drastically simplifying the process. Prior to the institution of RFID tracking, the library would have to be closed for a month each year to complete a full inventory. Now, this process takes an afternoon.

It doesn’t take divine intervention to see that RFID technology and labels can also provide significant benefits for other businesses and institutions when keeping track of their inventories.

Contact DLS for help with RFID labels for your customers.