A barcode is symbol, or a machine readable representation of data, which carries information about the object or person to which it is attached. Barcode printing uses different combinations of bars and spaces to encode data into barcodes that are printed on a label or a card. Barcodes can be one-dimensional or two-dimensional, and they can be read by special optical scanners or barcode readers, desktop printers, and smart phones.
Millions of companies around the world rely on Zebra's barcode label printing products to help improve data management and accessibility, strengthen access control systems, and increase productivity. This innovative technology is cost-effective and easy to implement. Plus, it allows companies of any size and in any industry to utilize barcodes for unlimited applications.
ZEBRA ACCELERATES YOUR PATH TO THE INTERNET OF THINGS: Create a Visible Value Chain across your critical business operations
Enterprises are looking at the advent of Big Data as a vast mine to gain deeper, more actionable insight into their operations and processes, and do more with less. The richness of Big Data is more than just the volume of data, but also the velocity and value of the data. Before organizations can place this data into actionable form, it must be universally accessible throughout the value chain.Download 841 KB
Understanding Mobile Printing Technology and Capabilities
Mobile printing gives users the flexibility to print materials on demand, where and when they need them. Seamless mobility can drive new business processes that improve worker productivity, labeling accuracy, and responsiveness to customer needs. To help businesses make informed choices, this white paper presents several informative topics on mobile printing, as well as example applications for reducing operating costs, increasing labor efficiency, and improving customer service.Download 1 MB
RFID Chip-Based Serialization for Retail
Item-level radio frequency identification (RFID) is rapidly becoming a key factor in improving retail inventory management. The main driver for adoption is quite simple—taking inventory with RFID is 25 times faster than with traditional bar codes. In a collaborative effort to help retailers understand serialization, the latest white paper from Impinj, UPM Raflatac, and Zebra Technologies overviews EPC concepts for item-level RFID, reviews IT-based approaches to serialization, and introduces chip-based serialization as an attractive solution.Download 1 MB
Improve Field Service Productivity and Cost-Effectiveness with Mobility Technology
The Case for Automating Field Service Operations. Mobile printing is a powerful enabling technology for processes that help valuable, specialized technicians spend more time on service and less on clerical tasks. Mobile computing and printing provides all the benefits of accurate, on-site documentation, while relieving technicians of the burden of preparing the paperwork and support staff the burden of processing it.Download 479 KB
Wristband Formatting Best Practices - Key Considerations for Improving Patient Care
Bar coded patient wristbands are an excellent way for medical centers to improve the safety and quality of care while meeting industry mandates. To gain the most benefit, the information provided on the wristband must afford easy readability, and deliver the right information in the right way.Download 1 MB
RTLS Delivers for Material Handling
Companies implementing real-time locating systems have reliably earned high ROIs in a wide range of applications and industries. RTLS improves processes across all major functional areas of MHL: receiving, put-away, manufacturing replenishment, picking, order staging, shipping, yard management, WIP tracking, finished goods quality testing, returnable rack and container tracking, and warehouse management.Download 4 MB
Gen 2 Implications for Smart Label Printing
This white paper explains the implications Gen 2 has for smart label printing. It illustrates the need to support multiple RFID protocols, and: • covers the considerations of upgrading installed printer/encoders to support multiple RFID protocols, • identifies potential obstacles and costs to upgrading equipment, plus how they can be avoided, and • explains how options and variables within the Gen 2 standard create needs for specific features in printer/encoders.Download 269 KB
Innovative Bar Code and RFID Printing Solutions for SAP Users
How to make the software and printer speak the same language stood as the primary challenge confront¬ing users of SAP applications. To solve this challenge, SAP and Zebra teamed up to deliver bar code and RFID labeling solutions that speak the same language—ZPL.Download 445 KB
Recommended Care and Usage Instructions for Lithium-Ion Battery Packs
Recommended care and usage for extending the life of your Zebra Lithium Ion printer battery.Download 165 KB
Yard Management – An Operator's Perspective
The implementation of a yard management system (YMS) must result in operational excellence and bring value to the operation. This paper reviews the major segments of the yard and discusses key points that should be considered when making a YMS decision.Download 2 MB
Benefiting From Bedside Specimen Labeling
Sample identification errors lead to more than 160,900 adverse events for patients in U.S. hospitals each year and cost hospitals an average of $200,000 to $400,000 annually. This white paper explains how using mobile bar code printers to label specimens at the bedside prevents mistakes, improves patient safety and helps meet JCAHO requirements.Download 2 MB
Barcode Labeling in the Lab—Closing the Loop of Patient Safety
Errors occur on approximately 1 percent of hospital lab samples, and sample identification errors cause nearly 161,000 adverse health events in the U.S. each year according to various studies. This white paper explains how bar code sample tracking can improve patient safety and lab efficiency.Download 2 MB
Aerospace and Defense Industry: Best Practices in Tracking Flight Line EquipmentDownload 2 MB
TRACEABILITY IN RETAIL: Reducing RFID Media Costs for Best Value
Retailers are facing enormous pressure to gain the most return from their business process investments. Radio frequency identification (RFID) enables business intelligence throughout an organization’s value chain to provide critical information for fast and accurate decision-making.Download 987 KB
Choosing the Optimum Architecture for UWB RTLS
Real Time Locating Systems (RTLS) operating in the Ultra Wideband domain are becoming more common in many applications; ranging from automated student attendance accountability to tool tracking for major aircraft manufacturers. The reason that UWB is gaining in popularity is that it has many attributes that allow it to provide new capabilities that are not possible with traditional RTLS. The choice of UWB RTLS architecture will impact the ability to achieve the greatest ROI from these new capabilities.Download 2 MB
Patient Safety Applications of Bar Code and RFID Technologies
Bar code solutions are being deployed in a variety of healthcare applications, including producing hospital wristbands and labeling for pharmaceutical unit-dose medications, lab and pathology specimens, and more. Bar codes can be matched with radio frequency identification (RFID) tags to create two-tiered identification, resulting in more robust point of care, patient-specific medical media, and equipment usage with greater efficiency.Download 4 MB
Electronic Citation Sytems: Improving Officer Safety, Saving Time and Improving Accuracy
This white paper explains how electronic citation systems work, reviews research that quantifies the time savings and accuracy benefits the systems provide, describes the required mobile computing and printing technology, and includes examples of how electronic citations save money while improving safety and accuracy.Download 1010 KB
How Printing from iPad® Enhances the Shopping Experience
This white paper provides an overview of iPad-based retail self-service kiosk and mobile printing applications, and shows the significant benefits the technology delivers. The paper also discusses how retailers can use the ZebraLink™ Multiplatform Software Development Kit (SDK) to create applications that can print coupons, receipts, gift registry lists, and more from the iPad and other smartphone platforms.Download 1 MB
Kiosks Are Here - Are You Ready?
What do you need to know to get started with kiosks? This white paper highlights some of the leading issues retailers must consider. It provides an overview of what to expect during the planning and development process, highlights design considerations and identifies resources needed to develop, integrate and maintain kiosk systems.Download 1 MB
Why Your Store Needs Self-Service
Beyond shopping convenience, retail chains are looking for ways to improve sales, reduce operational costs and boost customer loyalty. Of all the technologies currently available, self-service kiosks offer the optimal solution.Download 984 KB
Calculating Total Cost of Ownership for Patient Identification Wristbands
When healthcare organizations introduce bar coded patient identification wristbands, they must determine the most effective, efficient way to print bar codes. With dozens of printer models available to satisfy different user requirements for producing wristbands, it can be challenging to decide which option is the most cost-effective over the long term. This white paper will outline how healthcare organizations can calculate the total cost of ownership for laser and thermal print solutions.Download 354 KB
Aerospace and Defense Industry: Reducing Cycle Times and Costs in Work in Process Management
In Aerospace and Defense environments, the longer work stays in process, the longer the field has to wait for necessary equipment. Tracking Work in Process (WIP) is critical, yet the traditional way is challenging – managing it manually with clipboards and spreadsheets. This approach severely limits visibility into the status of WIP, and slows down the delivery of the equipment to the field.Download 1 MB
The Factory of the Future
With around $900 billion of waste in global manufacturing supply chains*, it’s clear there’s scope to cut costs dramatically and create new value. As manufacturing regains favor with economic and political stakeholders worldwide, progressive enterprises are exploring ways to work more efficiently using asset information, system integration and process innovation.Download 983 KB
Maximizing the Image Life of Direct Thermal Receipts and Wristbands
Selecting the best thermal material for your receipts and documents is important. The chemical make-up of each material affects its resistance to moisture, heat and other external factors. The thickness of the paper and the lifespan of images printed on it vary. These attributes are important to consider to ensure documents remain intact and readable during their useful life.Download 314 KB
Seeking Sustainable Growth: Understanding the value real-time visibility technology brings to business and people
In business, the need to quickly locate assets and people has always been important for better productivity. With advanced and sophisticated wireless technologies available, access to an asset’s location information can be easily accomplished.Download 390 KB
Overcoming Printer Control Language Incompatibility for Bar Code Label Printing
This white paper explains an innovation by Zebra Technologies that in many cases enables its bar code printers to be integrated into legacy print systems that support other brands, without requiring extensive system changes or label format redevelopment that traditionally occurs when new bar code printer brands are integrated.Download 340 KB
Mobile Printing Streamlines Supply Chain and Warehouse Processes
Global enterprises are looking for ways to reduce costs and improve efficiency and accuracy in their supply chains. To remain competitive, distribution centers, manufacturers, and short-haul and long-haul carriers must change the way they label and track goods. Success depends on maximizing efficiency throughout all supply chain operations—front to back. Exploiting mobile labeling technology is fundamental to achieving optimal efficiency.Download 1 MB
Smart ID Cards for Education - Secure the Campus While Providing Essential Services
The 2011 Campus Safety magazine’s “How Safe Is Your Campus?” report revealed that 52 percent of faculty said their institutions fail to dedicate sufficient resources to campus safety and security. The simple answer relies on the same technology that corporations use—secure smart ID cards. Embedded with “smart” features such as radio frequency identification (RFID) and tamper-resistant laminates, education campuses can realize a wide range of benefits, from tightening security, to streamlining admission, to improving paid services.Download 990 KB
Enabling Security, Compliance and Efficiency: Achieve Your Federal Identification Credentialing Goals
Identity management and verification depend on trusted credentialing technologies. U.S. federal, state and local governments and private enterprises alike are seeking ways to improve security, not just for facility access, but also for single-sign-on into cyberspace.Download 985 KB
Improve Truck Freight Carrier Productivity and Cost-Effectiveness with Mobility Technology
This white paper discusses key considerations when selecting mobility solutions, and unveils how mobility ¬enabled operations can improve freight trucking efficiency, reduce operating expenses, and boost customer satisfaction. Handheld computers, networking, and mobile thermal printers are proven productivity enhancers. When deployed to truck freight carriers, drivers quickly enter information into networked handheld computers, scan labels, or tag shipments.Download 1 MB
Evaluating Today's Mobile Solutions for Retail Distribution & Direct Store DeliveryDownload 291 KB
Tips for RFID Smart Label Printing/Encoding
This paper presents best practices for RFID smart label media selection, handling, label placement and printer settings, operations and troubleshooting, based on Zebra’s experience from hundreds of successful implementations. The tips apply to Electronic Product Code (EPC) smart labels and other forms of RFID technology.Download 1 MB
How Mobile Printing Benefits Warehouse Operations
To maintain accuracy and efficiency in warehouses and distribution centers, bar coding and radio frequency identification (RFID) systems are indispensable. Businesses can enhance these benefits by using mobile printers to produce and attach bar code and RFID labels at the point of application. Mobile printers can reduce operator errors, streamline operations, and eliminate costs associated with correcting errors.Download 1002 KB
Bluetooth: Why It Improves Mobile Printing & How to Take Advantage
This white paper explains the benefits of Bluetooth printing in these and other enterprise environments. The paper: • Provides a brief overview of the technology and how it is used for mobile printing; • Summarizes the benefits of Bluetooth printer connectivity; • Provides guidance for measuring benefits and calculating potential savings; • Presents use cases and successful user profiles for a variety of mobile, retail and industrial operations; • Includes a glossary of Bluetooth terminology, and; • Includes FAQs with detailed information about how to use Bluetooth with Zebra® mobile printers.Download 342 KB
Solving International Label Printing Challenges with Unicode™
Zebra’s Unicode-compliant Global Printing SolutionDownload 287 KB
Wireless Printing Delivers Efficiency and Cost Savings in Retail
Wireless bar code and radio frequency identification (RFID) label printing is widely recognized by major retailers globally as an essential technology for enhancing store operations. The ability to print real-time information in the aisle, on demand, saves time, effort, and money—creating competitive advantages. This white paper details the far-ranging benefits of wireless bar code and RFID printing, and presents innovative wireless printing solutions from Zebra.Download 1013 KB
Using Mobile Point of Sale Solutions to Enhance the Customer Experience
The process of checking out in a store hasn’t changed much since the 1950s: Shoppers choose the merchandise they want to purchase and then approach fixed counters and store associates to pay for the items.Download 900 KB
Eliminate 7 wastes from your supply chain
In difficult economic times, lean thinking strikes a chord for manufacturers as it promises to reduce costs, improve quality and transform the bottom line, by eliminating waste in every area of the value stream, including factory management and supplier networks.Download 5 MB
Dynamic Logistics: Adopting a New Supply Chain Approach
This white paper will assess how businesses can set new standards by adopting such an approach. Dynamic logistics refers to activity in the supply chain which enables the effective, timely tracking of goods to ensure minimum waste of resources and equips companies to make real-time decisions in the field.Download 395 KB
Using Mobile Point-of-Sale Solutions to Enhance the Customer Experience
Mobile PoS solutions typically consist of a handheld mobile computer or device with a payment card reader and compact, portable printer. Once the store associate swipes the card, the data is encrypted and sent over a wireless network.Download 829 KB
How Barcodes and RFID Deliver Value to Manufacturing and Distribution
Manufacturers depend on a well-coordinated chain of events to make their operations work effectively. In addition, mail order fulfillment and distribution companies unable to provide information with their products increasingly find themselves at a disadvantage versus their competitors.Download 7 MB
Control Access and Protect Assets with Print-on-Demand Intelligent ID Cards
Fraud and theft are constant threats to any organization, and the protections put in place against malicious activities must constantly evolve. This white paper defines how human resources and security departments can print intelligent ID cards to identify employees, visitors and patrons, and manage access to facilities, equipment, and services through a range of “intelligent” access card technologies.Download 1 MB
Understanding Kiosk Requirements - Optimizing Design, Placement and Component Choices
This white paper outlines the fundamental requirements for kiosk solutions, and identifies additional considerations and tactics to make loyalty, coupon, ordering, checkout, product information, registry and other specific projects more successful. No kiosk configuration is best for all applications, but there are best practices to help guide your design and deployment decisions to provide maximum customer convenience and value.Download 1 MB
RFID and Your Privacy— Myths and Facts
This paper presents best practices for RFID smart label media selection, handling, label placement and printer settings, operations and troubleshooting, based on Zebra’s experience from hundreds of successful implementations. The tips apply to Electronic Product Code (EPC) smart labels and other forms of RFID technology.Download 1010 KB
Kiosks in Grocery Stores—Boost Sales and Improve Operational Efficiency
Imagine the choices that today’s grocery store shopper are confronted with—the larger the store, the more complex and difficult the shopping experience. Time-strapped customers must determine which aisle items are located, what is on sale, which coupons are valid, and what recipes can they pull together for their dining needs.Download 323 KB
Increase Visibility and Velocity with Real-Time Asset Management Solutions
Throughout government, visibility and decentralized execution are increasingly critical to improving operational performance and delivering the vital insight managers at all levels require to quickly make decisions aimed at better serving the needs of stakeholders and constituents.Download 704 KB
Investing in Robust Mobile POS and Mobile Payment Solutions
The retail industry is in the midst of a mobile revolution. New mobile computing and communication technologies are affecting how we work, play, communicate and even think about ourselves.Download 3 MB
Using SAP® Smart Forms for Bar Code Label Printing from mySAP™ Business Suite
In response to customer requirements, SAP has extended the bar code design and printing of its Smart Forms design software. SAP added bar code support to Smart Forms by licensing and integrating bar code rendering technology from Zebra Technologies Corporation into the software, and by developing its first true bar code label printer drivers for mySAP Business Suite.Download 148 KB
Bar Coding 101...What You Need to Know
Manufacturing companies have been using bar coding in shipping and receiving operations for more than 30 years.Download 1 MB
Retail Re-pricing: Mobile Printing Enables Fast, Efficient Price Changes
Re-pricing products in the store has evolved from being a reaction to mistakes, to a strategic tool that retailers apply to increase traffic and sales. For price changes to be effective, store operations must keep pace with changing marketing strategies. Printing price labels with real-time mobile printers closes the loop between pricing strategy and execution and reduces labor costs and improves accuracy.Download 997 KB
Key Considerations for Barcoded Infant Wristbands
The purpose of this white paper is to provide maternity ward staff the information they need to make the right decisions when it comes to barcoded infant wristbands. Durable, supple wristbands that deliver the full benefits of barcoding make it easier for nurses to perform infant care tasks. The result is improved efficiency and quality of care.Download 985 KB
Delivering Real-Time Visibility for Aerospace and Defense
Aerospace manufacturing operations are characterized by high capital investment, skilled work force, expensive inputs and rigorous process control standards. Multiple management disciplines must be combined to optimize production in this complex environment.Download 1 MB
Frequently Asked Questions About Zebra Mobile Printer Batteries
Learn tips to get maximum life and performance from leading types of batteries used in mobile printers: nickel metal hydride (NiMH) and lithium ion (Li-Ion).Download 309 KB
Lift Customer Loyalty and Sales with Mobile Queue Busting
Less time standing in line, or queuing, is a universal benefit that all customers understand and value. Modern mobile transaction systems provide a way for retailers, restaurants, hotels, transportation providers, special event organizers, and other service businesses to reduce queues without adding expensive checkout counters or staff. Automated queue-busting systems use mobile computers and printers to add speed, security, and professionalism to transaction processing operations.Download 1 MB
Gen 2 Extends Range and Possibilities for Contactless ID Cards
Gen 2 and other UHF technologies remove many of the limitations traditionally associated with contactless ID cards, but create new system-planning challenges. This white paper explains how organizations can take advantage of the range, speed, security, and memory of Gen 2 RFID cards to create effective processes for employee and customer identification, security, asset management, and customer service.Download 3 MB
Bar Coding and RFID Enable Food Supply Chain Traceability and Safety
Learn how ADC technologies can deliver needed traceability to the food service industry.Download 349 KB
Enterprise-Wide Data Collection and Bar Code Printing for Superior Supply Chain Management
This paper presents how advanced RFID and bar code technologies can create sustainable advantages by providing the information required for modern business practices. It addresses how RFID and bar code data systems improve the performance of enterprise software applications. Then, it summarizes the general benefits of RFID and bar coding, showing how to improve efficiency and costs from receiving, through production, quality control, and shipping—to the item level.Download 385 KB
It’s All in the Wrist: Improving Patient Safety with Bar Code Wristbands
There are many ways to benefit from bar coded patient wristbands and take advantage of the accuracy and conveniences that bar coding provides. Bar coded patient wristbands can help healthcare facilities comply with The Joint Commission National Patient Safety Goals today, while positioning them for dramatic safety and quality improvements enabled by complementary systems. Quality care begins with quality wristbands.Download 4 MB
Retransfer Technology Delivers the Optimal Card Printing Solution
Retransfer technology is the optimal on-demand printing solution for meeting the stringent image quality and encoding standards that advanced card applications require. Today’s innovative technology for retransfer printing delivers a fast, flexible, and affordable solution.Download 1 MB
Achieving PCI DSS v1.2 Compliance on Wireless Printers
The challenges of meeting Payment Card Industry (PCI) security standards and the financial ramifications for those retailers who fail to comply are continuing to grow. This white paper explains how PCI Data Security Standard (DSS) version 1.2 applies to wireless peripherals and presents options for including secure wireless printers in PCI-compliant wireless networks.Download 328 KB
Quality Assurance Steps for Preventing Label Printing Problems
Learn the causes of common bar code print quality problems and how they can be corrected and prevented.Download 430 KB
Why an Equipment Fleet Management Solution is Mission Critical for the Aviation Industry
By instrumenting ground equipment with telemetry systems, the Equipment Fleet Management solution is able to provide real-time asset management capabilities.Download 175 KB
Improve Route Accounting and DSD Cost-Effectiveness with Mobility Technology
Automating route accounting and DSD operations provides proven value to businesses by enabling processes that improve efficiency, reduce costs, and increase revenues. Basic automated order entry, delivery confirmation, and invoicing provide significant business value and professionalism. The benefits and ROI can grow substantially by leveraging mobile computing, printing, and wireless communications capabilities to automate additional activities.Download 1 MB
Entertainment Industry Automation— Print-on-Demand Bar Code Wristbands Drive Revenue
In the entertainment industry, it’s all about keeping costs low. Bar code technology provides a key enabler for automating ride ticketing, concession purchases, and park entry. As a result, businesses can realize sig¬nificant labor cost savings while creating unique opportunities for enhancing the customer experience and improving sales.Download 328 KB
Three Tips to Optimize Bar Code Wristband Printing
Based on this leadership and experience, and common questions and challenges resolved through our customer support operations, Zebra provides the following tips to optimize bar code wristband printing.Download 215 KB
Increasing Profits and Productivity: Bar Coding and RFID Enables Precise Asset Management
This paper shows how bar code and RFID can be applied to streamline many common asset management procedures and includes worksheets to help calculate the business impact and ROI that improved asset management can provide.Download 344 KB
RTLS 101 - What it is and Why You Need It
In business, knowledge is power, and with it comes efficiency, productivity, safety, and profits. Real Time Locating Systems (RTLS) provide this knowledge by delivering precise visibility of critical assets—supply chain, manufacturing, and human, in real-time.Download 3 MB
Unlocking the ROI from Better Scrap Management
This white paper explores the weaknesses of traditional approaches to the handling of scrap and non-conforming materials, and highlights the benefits to arise from a real-time, fully-integrated Scrap Tracking and Management Solution.Download 174 KB
Building Value From Visibility: 2012 Enterprise Internet of Things Adoption Outlook
The term ‘‘Internet of Things’’ (IoT) was first used nearly 15 years ago. While there’s been no single standard definition of IoT solutions since the possibilities of Internet of Things was first discussed, a variety of technologies are used in implementation (e.g., RFID tags, barcodes, and GPS technologies).Download 222 KB
Drive Value Across Your Supply Chain with Chip-Based RFID Serialization
To provide deep visibility, a growing number of enterprises are leveraging item-level radio frequency identification (RFID) due to its affordability, ease of deployment, and ability to deliver Electronic Product Codes (EPCs) outside the line of sight.Download 5 MB
Extending Zebra Printer Capabilities with ZBI 2.0 Programming
Zebra Basic Interpreter (ZBI) 2.0 is an optional programming environment that can be used to add features to customize and enhance the performance of select Zebra Technologies printers. This white paper provides an overview of ZBI 2.0 capabilities, requirements, use cases and benefits.Download 249 KB
Unchaining the Value of RFID for Unmatched Flexibility and Fast ROI
Businesses in a wide range of industries are realizing significant benefits from radio frequency identification (RFID) technologies. The return on investment (ROI) for RFID comes from reducing the time and labor required to track assets and materials, decreased losses and theft, improved maintenance operations, and streamlined efficiency through better asset availability and utilization. Many of these benefits occur in applications that do not directly require participation from suppliers and customers, and reside outside the external supply chain.Download 1 MB
Understanding Technologies for Creating High-Security ID Cards
Before you purchase a card printer, there are a few things you should know about ID cards and printers. The type of printer you choose will depend on: • The type of card you plan to use • How many cards you plan to print • How often you need to print cards • What printing elements you need to incorporate into your card • The quality of card images • Type of encoding required on the cardDownload 2 MB
Using SAP® Smart Forms for Bar Code Label Printing from mySAP™ Business Suite
How to make the software and printer speak the same language stood as the primary challenge confronting users of SAP applications. To solve this challenge, SAP and Zebra teamed up to deliver bar code and RFID labeling solutions that speak the same language—ZPL.Download 148 KB
The Path to Peak Supply Chain Performance
Most contemporary manufacturers operate in a world in which change is the only constant. Customer demand changes weekly, commodity prices fluctuate daily, and an unforeseen global financial crisis forces previously dependable suppliers out of business with little or no notice. In this environment, simply running a lean operation is not sufficient. In the current business climate, manufacturers need to take lean principles a step further. They must build a level of flexibility into their lean processes, providing the ability to respond quickly—and appropriately— to constantly changing business conditions without ratcheting up operating costsDownload 398 KB
Leveraging Mobile Printers to Streamline Route Accounting and DSD Operations
Automating route activity provides benefits in the field and the office by reducing the labor and time needed to enter data and process paperwork. Mobile printing is an essential element for delivering these benefits in DSD operations. This paper shows how route staff can use mobile printing to make more deliveries while improving the accuracy of each transaction.Download 1012 KB
ZebraLink™ Solutions for Enhancing Zebra® Printer Business Integration
This white paper introduces the ZebraLink software, firmware, and connectivity components, and shows how to maximize performance and value from Zebra printers.Download 403 KB
Bar Code Printing from Oracle® WMS and MSCA
This white paper describes both the XML middleware and XML direct-connect bar code printing options for Oracle WMS and MSCA offered by Zebra Technologies, explains Oracle’s output methods for each, and provides guidance as to when each approach is best suited to a particular environment.Download 336 KB
Barcode-Based Patient Safety Initiatives in Hospital Pharmacies
Hospital Pharmacies should review their organization’s labeling needs in light of The Joint Commission requirements, ASHP recommendations, and patient safety goals. Barcode control systems for medication dispensing and administration provide proven safety benefits and can be developed independently of larger and more expensive CPOE and EMR programs. Pharmacists can lead bar code-based patient safety initiatives by developing a comprehensive program that ensures all forms of medication are bar coded at the unit-dose level. This white paper will help develop a practical strategy by outlining the relevant issues and opportunities.Download 1 MB
Selecting the Right Label to Identify Your Finished Product, White Paper, Source FileDownload 55 MB
Lift Consumer Loyalty and Sales with Mobile BustingDownload 24 MB
Zebra PowerPrecision Batteries White PaperDownload 893 KB
Selecting Thermal Paper Mobile App White Paper, A4Download 2 MB
Managing Printers for Maximum Reliability, Performance and Value
The ease with which thermal printers can be managed has one of the biggest impacts on the value they provide. This white paper shows how thermal printer support features affect printing and printer support operations, explains different IT management options for thermal printers, and presents tools for measuring printer support costs.Download 336 KB
When is it Time to Replace Your Printer Battery? Before it's Too Late.Download 788 KB
Safety and Asset Management in Smarter Process Industries: How Real-time Location and Identification Can Change the Game in the Search for a Zero-Injury Workplace
This white paper illustrates the role of location and identification technologies for personnel safety. It argues that the technology represents a game-changer in the practice of safety in the workplace. In addition, the technology is part of a broader approach for smarter industries that simultaneously enhance safety, visibility and asset management.Download 1 MB
Barcoding Hospital Pharmacies Patient Safety Source File GlobalDownload 22 MB
Selecting the Right Label to Identify Your Finished Product, White Paper
Product identification labels are a critical mechanism for maintaining compliance, ensuring brand consistency, improving operational efficiency, and supporting business growth. To reduce your risk of non-compliance to government and industry mandates, it is critical that the labels you utilize are readable and scannable when they leave your operation and throughout the products safe and appropriate use and disposal.Download 3 MB
Selecting the Right Label to Identify Your Finished Product, White Paper, A4Download 3 MB
Lift Consumer loyalty with Mobile Queue Busting Source FileDownload 24 MB
Zebra Bar Code Solution for Oracle® Retail Store Inventory Management
Oracle Retail Store Inventory Management provides a flexible label-printing architecture through Oracle Business Intelligence, and the ZebraLink™ Enterprise Connector enables you to comply with your customer-labeling requirements. This white paper elaborates on the configuration of Oracle Retail Returns and Shelf Labeling standards using Zebra Technologies’ bar code printer products.Download 3 MB
Simplify Label Printing for High Reliability, Performance and Value
This white paper reveals the impact of inefficient solutions on thermal printing operations and shows how an optimized, integrated printing solution delivers improved reliability, efficiency and cost value.Download 262 KB
Zband Lab Test Direct Thermal Antimicrobial Wristband White PaperDownload 959 KB
Inventory Is The Store: How Mobility Maximizes Return on Investment
The Key to improving inventory management is meeting your inventory where it lives on the shelves. Price management applications help retailers manage product, pricing, and promotions by applying controls driven by analytics. This is achieved through mobile printing and computing enabled by inventory management software, wireless networks, mobile hardware, and sound processesDownload 995 KB
CENTRALIZED DEVICE MANAGEMENT HELPS DRIVE BUSINESS EFFICIENCIES
Improve device security, availability and cost-effectiveness
With the increasing proliferation of mobile devices, each requiring its own unique provisioning, configuration, and reporting requirements, businesses face enormous challenges ensuring consistency and control over connected devices. IT is responsible for purchasing, setting up, and maintaining mobile devices, including printers and other peripherals. IT must ensure that these devices deliver the highest availability so users can run their applications and business operations smoothly.Download 822 KB
Select Thermal Paper Source FileDownload 91 MB
Selecting Thermal Paper Mobile App White PaperDownload 2 MB
Zband Lab Test Direct Thermal Antimicrobial Wristband White Paper, A4Download 972 KB
The determination of whether any element width or inter-character gap width (if applicable) differs from its nominal width by more than the printing tolerance.
Automated Data Collection or Automated Data Capture – refers to all technologies that automate the process of data collection without the use of a keyboard, including barcode, magnetic stripe, (OCR) optical card reader, voice recognition, smart card, or (RFID) radio frequency identification. ADC provides a quick, accurate, and cost-effective way to collect and enter data.
(1) A substance (cement, glue, gum) capable of holding materials together by surface contact.
(2) The portion of a pressure sensitive label which allows the label to cling to its intended surface.
Automotive Industry Action Group – a trade association responsible for creating automotive industry standards pertaining to barcode symbology and common label formats.
Automatic Identification Manufacturers, Inc. – a U.S. trade association headquartered in Pittsburgh, PA who represent the manufacturers of automatic identification systems.
In an automatic identification system (Auto ID), the relative position and orientation of a scanner to the symbol.
A character set consisting of letters, numbers, and usually other characters such as special symbols.
American National Standards Institute – a non-governmental organization responsible for the development of voluntary barcode quality standards. barcode printing standards and the readability of barcode symbols are determined and classified into grades from A to F, to provide an overall symbol quality test.
The opening on an optical system (scanner) that establishes the field of view.
The particular use the label, tag, or ticket will serve once the barcode, text, or graphic image is applied.
The temperature at the time the label is applied.
Used on a thermal transfer ribbon to prevent the ribbon from sticking to the printhead and to the substrate (media/label material). It also protects the printhead from excessive heat, static, and abrasion.
The spaces, quiet zones, and areas surrounding a printed symbol.
The darker element of a printed barcode symbol.
A barcode is a piece of Automatic Identification Technology (Auto ID) that stores real time data. It is a series of vertical bars or a graphical bar pattern which can, (depending on the width and pattern) encode numbers and letters in a format which can easily be retrieved and interpreted by a barcode reader.
A single group of bars and stripes that represents a specific quantity (often one) of numbers, letters, punctuation marks, or other symbols. This is the smallest subset of a barcode symbol that contains data.
The number of characters that can be represented in a linear unit of measure. This number is often expressed in characters per inch or cpi.
The bar dimension perpendicular to the bar width. Also called bar height. Scanning is performed in an axis perpendicular to the bar length.
The thickness of a bar measured from the edge closest to the symbol start character to the trailing edge of the same bar.
barcode symbology capable of being read successfully independent of scanning direction.
A numbering system that uses only 1's and 0's.
An abbreviation for binary digit. A single element (0 or 1) in a binary number.
Refers to the inherent character and font sets found within a thermal printer and their respective ability to be adjusted and "shrunk to fit". Bitmapped fonts are commonly available in limited point sizes, for example 6, 8, 10, 12, 14, and 18 point, whose edges can become distorted or rough with manipulation outside the prescribed point size ranges.
(1) A single group of bars and spaces that represents a specific number (usually one) of numbers, letters, punctuation marks, or other symbols.
(2) A graphic shape representing a letter, numeral, or symbol.
(3) A letter, digit, or other symbol that is used as part of the organization, control, or representation of data.
The vertical or horizontal position of characters with respect to a given set of reference lines.
Within a linear barcode symbol, the number of data characters per unit length (typically per inch). For a discrete symbology, the character width must include the intercharacter gap.
Refers to the range and variety of data characters available within a given thermal printer model, for example 7 Bitmapped fonts type A,B,C,D,E,F and 1 Scaleable font.
(1)A range of data characters (alpha, numeric, and/or punctuation) that can be encoded into any given symbology.
(2) Refers to the international characters and graphic symbols available within a given thermal printer model, for example IBM® Code Page 850.
A mechanically calculated number included within a string of data whose value is used for the purpose of performing a mathematical check to ensure that the barcode message is scanned and read correctly.
Complex Instruction Set Computer Processor – the x86 and Pentium families use CISC processors that process complex instructions requiring less instructions per operation resulting in faster performance. However, the performance efficiency of a RISC processor can sometimes be affected by the software installed in the machine as newer, more complex software versions contain more instructions that the processor needs to process.
A barcode symbology that uses four bars and three spaces to represent the numbers 0 through 9 and a set of special characters.
A barcode symbology developed by Intermec. It uses 11 characters: 0 through 9 and -.
Code 128 is an alphanumeric barcode specifically designed to reduce the amount of space the barcode occupies. Each printed character can have one of three different meanings, depending on which of three different character sets are employed. Code 128 can be recognized as the labeling standard for UCC/EAN 128, used as product identification for container and pallet levels of retail markets.
This symbol is a stack of from 2 to 16 rows.
Code 39 is the most commonly used barcode. It can encode both numbers and letters, which is ideal for most industrial and non-retail applications. The Automotive industry uses Code 39 as its standard for shipping container labels. If you are just beginning a barcode application of your own, we recommend using Code 39.
Introduced in 1987 by the Intermec Corporation as a multi-row, continuous, variable length symbology. Code 49 was the first stacked (two dimensional) barcode to receive widespread interest.
Code 93 is the complementary version of Code 39 and allows labels to be approximately 30 percent shorter than Code 39.
The ability of a reading system to join together that data from multiple symbologies and interpret the information in a single message.
The end of each character in the barcode message marks the beginning of the next character; there are no intercharacter gaps to separate the characters in the barcode message, for example Interleaved 2 of 5 code.
Label, ticket, or tag stock media that does not contain any notches, gaps, or holes between each label. The label length must be specified in the label program.
The difference in reflectance between the black and white (or bar and space) areas of a symbol.
Data Communications Equipment
(DCE) Devices designed to manipulate transmitted data, for example a modem.
Data Terminal Equipment
(DTE) A digital device such as a display terminal, data entry terminal, or printer which may be used to view or enter data. This device has a different communication connector pinout than DCE (see DCE).
In a barcode reading system, the electronic package that receives signals from the scanner, performs the algorithm to interpret the signals into meaningful data, and provides the interface to other devices.
See Character Density for details.
Depth of Field
The distance between the maximum and minimum plane in which a code reader is capable of reading symbols of a specified "X" dimension.
The component of reflected light that emanates in all directions from the reflecting surface.
Direct Thermal Print
(DT) Direct thermal printing is an old technology originally designed for low cost copiers and fax machines. It has since been transformed into a highly successful technology for bar coding. The thermal printhead is typically a long linear array of tiny resistive heating elements (100-300/inch) arranged perpendicular to the paper flow. Each thermal printhead element locally heats an area on the chemically coated paper directly under the print element. This induces a chemical reaction which causes a dot to form in that area. The image is formed by building it from dot rows as the media passes underneath the active edge of the printhead. Direct thermal printing is an excellent choice for many barcode labeling applications. DT printers provide simplicity and environmental economy (recyclable materials are also available). Direct thermal printers are simple to operate compared to most other print technologies—with no ribbons or toners to replenish—label loading is a very simple procedure. Enables batch or single label print capability with virtually no waste.
Each character of the barcode message stands alone, separated by intercharacter gaps, and can be read independently from the others.
Dot Matrix Printing
A print technology that employs several needles which are evenly spaced across a moveable horizontal shuttle which oscillates back and forth as the paper advances. Dot matrix printers print a barcode by creating overlapping adjacent dots to produce approximations of a straight edge line. Prints low to medium density barcodes that may not meet certain end-user guidelines. The dot size on the matrix printer limits the narrow element size and density of the barcode. Continuous ribbon re-use on dot matrix printers requires continuous monitoring of ribbon condition to ensure adequate barcode contrast. Ribbon ink that has become exhausted can produce an image that is inadequate for scanning. Ink saturated ribbon can result in paper "bleed" which can cause image distortion. Dot matrix printers are modified line printers that are most frequently used for printing batches of large labels with low density barcodes. Printing of single, individualized labels results in significant waste. The design of the matrix printer's print carriage, sitting far below the media, also does not enable one to adequately maximize one's label space.
Dots per inch (refer to Resolution)
Dynamic Random Access Memory – is one type of chip used in Random Access Memory. It stores information as an electrical charge. Because this charge dissipates over time, the computing device must periodically run a "refresh cycle" on the chips to recharge them—hence "dynamic". As it is a type of RAM, it will lose its information when the device into which it is installed is turned off. Typically, the time required to access information with a DRAM scheme is greater than with SRAM. SRAM chips cannot be substituted for DRAM chips; the machine (e.g. printer) must have been designed to use SRAM.
Element Energy Equalizer (E3) – Zebra's sophisticated method of ensuring that the correct amount of heat is delivered to each part of a printhead at all print speeds in order to optimize the quality of the barcodes that are produced.
The European Article Number is the European version of the UPC (Universal Product Code) barcode of retail food packaging that enables this linear barcode to be used internationally. Like the U.S. equivalent UPC code, there are two different types of EAN codes, EAN-8 and EAN-13.
EAN-13 has 13 characters or symbols. It is very much like the UPC code and has the 13th character as a means of identifying in what country the product will be used.
EAN-8 has a left-hand guard pattern, four odd parity digits, a center guard pattern, four even parity digits, and a right hand guard pattern with a total of eight symbols.
Extended Binary Coded Decimal Interchange Code was developed by IBM, and is used extensively in systems featuring IBM processors. Each character is represented by a six bit structure with the capability of generating 64 combinations.
Irregularities in the printing of barcode elements, resulting in a non-uniform edge and edge errors.
Electronic Data Interchange - a method by which data is electronically transmitted from one point to another.
Electronic Data Processing - the act of processing information electronically.
Electronic Industries Association – a trade association.
A method of printing that utilizes a special electrostatic paper or charged drum, both of which attract toner to the charged area.
A single bar or space in a barcode symbol.
The abbreviation for erasable programmable Read Only Memory – (See ROM).
Enterprise Resource Planning – a term used to describe a new wave of integration system software capabilities designed to link a company's respective operations—including human resources, financials, manufacturing, and distribution—with their customers and suppliers.
The part of the substrate (media) where printing occurs.
Federation of Automated Coding Technology – a bureau of AIM consisting of organizations that use and promote automatic identification among their members.
First Read Rate (FRR)
The ratio of the number of successful reads on the first scanning attempt to the number of attempts. Commonly expressed as a percentage and abbreviated as FRR.
The ratio between the width of the bars in the code is a fixed standard and cannot be changed.
Read/Writeable RAM (a.k.a. Non-Volatile RAM)
This is a type of Random Access Memory chip that does not lose its contents when its power is turned off; however, it can be intentionally written to, read from, and intentionally erased. It is a type of RAM and, hence, interacts with the computer or processor as described under "RAM" except that it does not lose its contents when power is removed. The advantage of flash is best understood by example:
A program or set of data could be stored into a computer or other machine at the place where the product is built. Of course, since flash won't lose its contents even when it's receiving no power, the product could be kept on the shelf with its memory loaded for a period of time before it's put into service. While the product is in use, its flash chips cannot be accidentally reprogrammed, so the data or program that was stored in the product remains safely intact. At some point in the future, however, if the manufacturer of the product decided that there was a need to alter the data or the program, this could be done. The manufacturer would send to its customers a computer file containing the updated information. Along with the revised data or program would be a program for the product to use to erase the old data or program and read in the new information.
The process whereby a pre-printed label, tag or ticket is printed by using a raised image plate surface to transfer wet ink to a printing substrate.
A thin coating of ink applied to the top of printing screen by the flood bard or, in manual operations, by the squeegee prior to printing the stroke.
A cloth or plastic tape coated with several layers of material, one of which is inklike, that produces the visible marks on a substrate. Used on formed font impact, dot matrix, thermal transfer, and hot stamp printers. Also called a ribbon.
Characteristic of the surface which causes it to reflect light at a given angle.
Bars that are at both ends and center of a UPC and EAN symbol, that provide reference points for scanning. Guard bars are similar in function to start and stop characters.
A hand-held scanning device used as a contact barcode reader or OCR (optical code) reader.
The property of a material which inhibits the occurrence of physical or chemical changes caused by exposure to high temperatures.
Health Industry Business Communications Council – a trade association responsible for the symbology and label format used by the healthcare industry.
This barcode type has narrow spaces and bars with an "X" dimension that is less than 7.5 mils.
The ability to withstand stress, as in holding rigid label materials on smaller diameter cylindrical objects or in holding weight.
A barcode or symbol presented in such a manner that its overall length dimension is parallel to the horizon. The bars are presented in an array that looks like a picket fence.
The interpretation of barcode data, often printed immediately below the barcode in a readable format to humans.
Institute of Electrical & Electronic Engineers – a trade association.
Impact Printing, or dot matrix, is any printing system where a micro-processor-controlled hammer impacts against a ribbon and a substrate (label media).
Created to encourage consistency across specific industries. Some of the more common standards are from the Automotive Industry Action Group (AIAG), Electronic Industry Association (EIA), the Health Care Industry barcode (HCIB), and the UCC Retail Pallet Format.
Ink Jet Printing
Common direct marking process and a favorite on high speed production lines. Ink droplets are selectively deflected between a moving product and an ink return channel. Ink jet printing is frequently used for coding products and cartons with human readable data and lot codes at very high speed and for case coding of cartons with barcodes. barcodes on corrugated boxes are intentionally made large so that dot placement accuracy becomes less critical, thus using more ink and creating questionable print quality and usefulness for bar coding.
The bottom layer of a thermal ribbon which is composed of waxes, resins, or a combination of both.
The space, notch, or hole between labels used by the media sensor on the printer to determine the label length and top of form.
Interleaved 2-of-5 is a linear symbology that is most often used for encoding large amounts of information in a small area. Characters are paired together using bars to represent the first character and spaces to represent the second. Interleaved 2-of-5 barcode applications are prevalent in the electronics and manufacturing areas.
Applications where bar coding and other forms of AIDC are used to add or delete items from inventory with 100% accuracy.
Inches per second (refer to Print Speed).
Infrared Data Association
(1) A trade association.
(2) A scanning technology that utilizes electromagnetic radiation wavelengths longer than those of visible light and shorter than those of microwaves.
No terms beginning with this letter are listed in this glossary.
No terms beginning with this letter are listed in this glossary.
Denotes the ideal range of media/substrate thickness designed to promote optimum print quality and printer performance.
Label, Pressure Sensitive
A pressure-sensitive label product is a die-cut part that has been converted through the production equipment using the type of pressure-sensitive material that has a protective backing. The end product is produced in the form of rolls, sheets, fanfold, or by other techniques that produce like products which have been slit or cut from the converted roll.
A pressure-sensitive label whose face material, adhesive, and protective coatings transmit light so that objects can be seen through it.
A barcode symbol positioned vertically with horizontal bars and spaces.
To apply one layer of material over another.
The laser printer works much like a photocopier, projecting controlled streams of ions onto the surface of a print drum resulting in a charged image. The charged image then selectively attracts toner particles, transferring the image onto the paper substrate (media) by means of pressure. The pressure from the printhead and drum then fuse the image to the paper, creating the image. A laser printed label is only as durable as a photocopy of paper. Laser printers commonly cannot produce chemical- or water-resistant labels. Laser printer labeling adhesives must be carefully selected to ensure stability under the heat and pressure of the fuser.
Laser printers are not well suited for industrial labeling applications or individual product labeling applications. Compatible toners for thermal printing applications are often times lacking. Cost of toner is significant for barcode printing—15-30% black for barcode print versus 5% black for word processing print; 6 times the cost for bar coding using laser when compared to direct thermal or thermal transfer!
An optical barcode reading device using a low-energy laser light beam as its source of illumination.
A hand-held pen-like contact reader which the user must sweep across the barcode symbol in order to read the code. Also referred to as a wand.
Linear barcode / Symbology
A complete barcode message is expressed in a single line of bars—also commonly referred to as a 1-Dimensional barcode.
The component of a label used to protect the adhesive and to keep it from sticking to objects before the label is used. It readily separates from the label immediately before the label is applied to the substrate. Also referred to as release liner, backing paper, or release paper.
A Department of Defense (DoD) project on LOGistics applications of Marking and Reading Symbols resulted in the production of a new standard (MIL-STD-1189A) that led to the development of Code 39 as the established barcode symbology to be used by all DoD vendors.
This barcode type has bars and spaces that are wide and far apart with an "X" dimension greater than 20 mils. This type of barcode is used for scanning barcodes from further distances.
A general term used for printed material that can be directly transferred to a data processing system.
In the UPC code, the 6-digit number applied by the UCC to uniquely identify a manufacturer or company selling products under its own name. Also, the first 6 digits of the 12-digit UPC.
Appear as a checker board. They are most likely square in shape, and contain some form of "finder pattern" which distinguishes them from other symbols. The finder pattern provides a decoding reference for scanners.
An example of a company which uses the Maxicode barcode is United Parcel Service (UPS). The next time you receive a package from UPS, look for a very small square with a pattern of dots and a small bulls eye in the center. UPS uses these barcodes as a way to sort their packages for a specific destination.
(1) The term which refers to the label, tag, and/or ticket and its respective ribbon combination.
(2) The surface on which a barcode symbol is printed. Also, interchangeably, referred to as substrate.
Media Roll Capacity
Refers to the maximum/minimum media roll diameter that a thermal printer can accommodate, for example 5.0" O.D. (Outer Diameter) and 1.0" I.D. (Inner Diameter).
Zebra thermal printers contain a variety of memory options, including RAM, ROM, DRAM, SRAM, and Flash. For detailed descriptions of each memory option, refer to each herein by abbreviated name.
The narrowest nominal width unit of measure in a barcode.
A condition that occurs when the data output of a reader does not agree with the data encoded in the barcode symbol.
The narrowest nominal width unit of measure in a barcode symbol.
Moving Beam barcode Reader
A scanning device where scanning motion is achieved by mechanically or electronically moving the optical geometry.
Barcode symbology made up of 4 bars and 4 spaces representing the characters 0 through 9.
The National Institute of Electrical & Electronics Engineers – a trade association.
The exact or ideal intended value for a specified parameter. Tolerances are specified as positive or negative values from this specified value.
barcode readers which do not require physical contact with the printed symbol.
Label, tag, or ticket which contains either a gap, notch, or hole between each label.
The absence of data at the scanner output after an attempted scan due to no code, defective code, scanner failure, or operator error.
Null Modem Connector
A device which connects to the serial output of a print cable and switches pins 2 and 3, transmitted data signal, and received data signal.
A character set that includes only numbers
An abbreviation commonly applied to the character set contained in ANSI Standard X3.17-1981. A stylized font choice used for traditional OCR printing.
The European equivalent of AIAG. See AIAG for further details.
barcodes which can be read in any orientation in relation to the scanner.
A term used to describe when labels are printed immediately when the customer needs them and are ready for use, versus being sent off-site for printing.
A complete barcode message is expressed in a single line of bars. Also commonly referred to as a linear barcode.
Denotes the prescribed temperature range for the safe operation of a thermal printer.
The alignment of a barcode symbol with respect to horizontal. Two possible orientations are horizontal and vertical bars and spaces (picket fence formation), and vertical with horizontal bars and stripes (ladder formation).
The fixed number of characters required for start, stop, and checking in a given barcode symbol—a symbol requiring a start and stop character and two check characters contains four characters of overhead. To encode three characters with the overhead listed, seven characters are required to print.
A link between data processing devices on which the data moves over multiple wires and more quickly than serial interface. Imagine transmitting all 8 letters in a word at the same time over each wire. In parallel interface, the 8 bits (a byte) are received and then processed simultaneously. A common parallel interface option is Centronics® (36 pin) parallel.
An optional character which may be included in the barcode message to minimize the misreading of the message.
A popular two-dimensional barcode that allows thousands of characters to be stored in its data format of multi-stacks. Some states use this type of barcode for driver's license information. Healthcare facilities may also use the PDF417 for patient records because of the amount of data it can store.
A pen-like device used to read barcodes. It can be connected either by wire to a device or be self-contained. Requires direct contact with the symbol.
A measure of an adhesive's ultimate holding power or bond strength. A permanent adhesive will develop a bond that makes label removal difficult or impossible without distorting the facestock.
An adhesive characterized by relatively high ultimate adhesion, but which can be removed. The degree of force used overcomes its bonding ability.
Picket Fence Orientation
A barcode symbol positioned horizontally with vertical bars and spaces.
A pressure-sensitive label which allows for dual usage. The construction consists of facestock, adhesive, and liner.
Refers to the rotation of a barcode symbol about an axis parallel to the direction of the bars.
A pulse-width modulated barcode commonly used for shelf marking in grocery stores.
Point of Sale (POS)
Refers to barcode related retail applications occurring at the point of sale.
A strong film having good resistance to moisture, solvents, oils, and many other chemicals. Usually transparent, although available with metalized finish. Often used in the creation of Zebra media.
A tough, sturdy plastic film having very good, low temperature characteristics. Often used in the creation of Zebra media.
Similar to polyethylene but stronger, with a higher temperature resistance. Often used in the creation of Zebra media.
A height modulated, numeric symbology developed by the U.S. Postal Service. This linear symbology that uses 5 bars and 4 spaces to encode each digit is unique in that the bars are of different heights to accommodate the fast printing process required by the post office as well as its resistance to smearing.
A symbol that is printed in advance of application either on a label or on the article to be identified.
Pressure Sensitive Label
A pressure sensitive label product is a die-cut part that has been converted through the production equipment using the type of pressure sensitive material that has a protective backing. The end product is produced in the form of rolls, sheets, fanfold, or by other techniques that produce like products which have been slit or cut from the converted roll.
Refers to the minimum and maximum label length a printer can print with standard or added memory capacity.
Denotes the print technology used to print a label – commonly direct thermal or thermal transfer variety.
The measure of compliance of a barcode symbol to the requirements of dimensional tolerance, edge roughness, spots, voids, reflectance, PCS, quiet zone, and encodation.
The speed at which the label moves through the printhead, measured in inches per second (ips).
Denotes the printhead width and the corresponding maximum label width on which a thermal printer can optimally print.
In the UPC code, the 5-digit number assigned by a manufacturer to every consumer unit in its product catalog. The Product ID is different for every standard package (consumer unit) of the same product.
A two-dimensional barcode developed for use in Japan that permits the encoding of binary, Kanji, JIS, and alphanumeric information.
Applications that use automatic identification to make sure the right material is in stock so it can be delivered for the right cost to the right user at the right time.
barcode message overhead, which is an area to the left and to the right of the barcode symbol and is free of printing. This area provides the scanning device time to adjust to the measurements of each barcode in the message.
Random Access Memory - A machine's main working memory. Program instructions and data are stored here. Each location in memory has a unique address, so the computer can access the information in any location at any time it's required (i.e. "randomly"). RAM can be erased, written to, read from, and rewritten. It is erased when a computing device is turned off.
The ratio of the amount of light of a specified wavelength or series of wavelengths reflected from a test surface, to the amount of light reflected from a barium oxide or magnesium oxide standard.
Variation from label to label, of the position of what is printed onto the label as measured from the edges of the label.
Release Liner (Backing)
The portion of the pressure sensitive label which supports and holds the facestock and adhesive until application to the intended surface is needed.
An adhesive characterized by relatively high cohesion strength and low ultimate adhesion. It can be removed easily from most substrate surfaces. Some adhesive transfer could take place, depending on the affinity of the adhesive to the surface.
Adhesive left on a substrate when a decal is removed.
The narrowest element dimension that can be distinguished by a particular reading device or printed with a particular device or method. Generally the higher the resolution the better the resultant print quality. Measured in dots per inch (dpi).
A cloth or plastic tape coated with several layers of material, one of which is ink-like, that produces the visible marks on the substrate. Used on formed font impact, dot matrix, thermal transfer, and hot stamp printers. Also called foil.
Reduced Instruction Set Computer Processor - reducing the number of instructions that a CPU supports will reduce the complexity of the chip, thus enhancing performance. However, the time it takes to fetch, decode, and execute the instruction may take longer than executing more code on a CISC processor. Examples of the RISC processors are the Hitachi SH1 and SH2. Also, the PowerPC uses RISC architecture.
Read Only Memory - Permanent memory, which can only be read, not written to nor erased. Typically programmed by the manufacturer carrying the software/instructions that a computer or similar device needs in order to get started every time it's turned on. ROM does not lose its contents when the device it's installed in is turned off.
Refers to the inherent character and font sets found within a thermal printer and their respective ability to be adjusted and "shrunk to fit". Scaleable fonts are also commonly referred to as smooth fonts as their point sizes can be adjusted to any desired custom size evenly and proportionally, without the advent of visible rough edges.
The size of the projection of light from a scanning device which "reads" the barcode message.
A device used to read a barcode symbol. It optically converts optical information into electrical signals.
A barcode is considered self-checking if a single printing defect will not cause a character to be transposed into another valid character in the same symbology.
Substitution Error Rate, or the rate of occurrence of incorrect characters from an automatic identification system.
A link between data processing devices on which all the data moves over one wire, one bit at a time. Think of it as transmitting words one letter at a time until a total of 8 letters or bytes (8 bits) are received. The byte is then processed, but in a slower fashion than parallel. Common serial interface communications are RS232 C, RS422, and RS485 (9 or 25 Pin).
The temperature range that a pressure sensitive label will withstand after a 72-hour residence time on the substrate. The range is expressed in degrees Fahrenheit and/or degrees Celsius.
The period of time during which a product can be stored under specified conditions and still remain suitable for use.
The generally undesirable property of a substrate that permits underlying markings to be seen.
Rotation of a barcode symbol about an axis parallel to the symbol's length.
The resistance of a printed surface to smearing.
A dissolving, thinning, or reducing agent. Specifically, a solvent is a liquid that dissolves another substance.
The process of labeling an item with a barcode at the point of its initial production.
The lighter element of a barcode usually formed by the background between the bars.
The thickness of a space measured from the edge closest to the symbol's start character to the trailing edge of the same space.
The variation in sensitivity of a reading device to the light of different wavelengths.
The mirror-like reflection of light from a surface.
Used interchangeably to refer to a rate of motion or printer performance calculated in ips or inches per second. The higher the ips, the greater the printer's performance rating.
The undesirable presence of ink or dirt in a space.
Static Random Access Memory is a type of memory chip used in Random Access Memory that can take advantage of a particular method of working with certain main processors. In brief, a certain spot in RAM is first accessed. Then each address after that first address is accessed in order, up to a specific point. Because the computer doesn't have to "figure out" each sequential address to access, a large block of memory can be accessed in less time than is required with DRAM. Again, you can't just substitute SRAM chips for DRAM chips; a machine must have been designed to use SRAM. As it is a type of RAM, it will lose its information when the device into which it is installed is turned off.
Stacked Code Symbols
See Two-Dimensional barcode.
A set of rules, specifications, instructions, and directions on how to use a barcode or other automatic identification system to your advantage and profit. Usually issued by an organization, such as LOGMARS, HIBCC, UPC, etc.
A unique character to the left of the barcode which allows for bidirectionality. In a vertical barcode, the start character is at the top.
A unique character to the right of the barcode which allows for bidirectionality. In a vertical barcode, the stop character is at the bottom.
Denotes the prescribed temperature range for the safe storage of a thermal printer.
A misencodation, misread, or human key entry error where incorrect information is substituted for a character that was to be entered.
The surface on which a barcode symbol is printed. Also, interchangeably, referred to as media.
The language used in barcode technology (e.g. UPC, Code 39, etc).
Man-made materials which have been created for specific applications.
Substrate which contains only the facestock and has a hole from which to be hung.
A pressure-sensitive material that cannot be removed intact, thus making reuse of the label impossible.
A continuous barcode which encodes the full ASCII character set.
Thermal Transfer Print
Thermal transfer printers use the same basic technology as direct thermal printers, but with the elimination of chemically-coated media in favor of a non-sensitized face stock and a special inked ribbon. A durable polyester ribbon film coated with a dry thermal transfer ink is placed between the thermal printhead and label. The thermal printhead is used to melt the ink onto the label surface, where it cools and anchors to the media surface. The polyester ribbon is then peeled away, leaving behind a stable, passive image. Consistent/sharp edge barcode print capability—with durable long-life and archival image stability. Clean, quiet, compact operation Batch or individual label print capability. Low cost/low maintenance compared to comparable technologies. Maximum readability and IR scannability. High contrast text, graphic, and barcode print capability. Durable for operation of joint office/industrial applications.
Refers to the average length of label stock that a printer can process and print in a given amount of time. Throughput differs from print speed in that throughput includes the label transmission, formatting, and printing times. Due to these factors, a 12 ips machine may have lower throughput than a 10 ips printer.
Substrate which contains only the facestock and contains no hole punches.
Rotation of a barcode symbol about an axis perpendicular to the substrate.
A pressure sensitive label whose face material, adhesive, and protective coatings transmit light so that objects can be seen through it.
Two-Dimensional barcodes are special rectangular codes which 'stack' information in a manner allowing for more information storage in a smaller amount of space. These are also referred to as 'Stacked' barcodes or 'Matrix' barcodes. A standard barcode is limited to 20 to 25 characters.
Uniform Code Council - formerly the Uniform Product Code Council. The organization that administers the UPC and other retail standards.
Universal Product Code is the standard barcode symbol for retail food packages in the United States. This code was modified and adapted by Europe for international identification of food packages in the form of EAN.
UPC-A is the most common barcode used in retail today. It is a numeric, fixed ratio barcode with 12 characters.
A UPC symbol encoding six digits of data in an arrangement that occupies less area than a UPC-A symbol. Also called "zero suppressed" symbol because a 10-digit UPC-A code can be compressed to a six digit UPC-E format by suppressing redundant zeros.
Variable Length Code
A code whose number of encoded characters can be within a range, as opposed to a code with a fixed number of encoded characters.
A device that makes measurements of the bars, spaces, quiet zones, and optical characteristics of a symbol to determine if the symbol meets the requirements of a specification or standard.
A code pattern presented in such an orientation that the axis of the symbol from start to stop is perpendicular to the horizon. The individual bars are in an array that appears as rungs of a ladder.
The undesirable absence of ink in a printed bar.
A handheld scanning device used as a contact barcode or OCR reader.
The "X"-dimension is the narrowest bar or space in the barcode. This bar or space is measured in millimeters (mil=1/1000 of an inch). The "X"-dimension defines the density of a linear symbology. Depending on what the "X"-dimension of a barcode is, the barcode will be called either high density or low density.
No terms beginning with this letter are listed in this glossary.
The achieved width of the narrow elements, calculated as the average of the narrow bar width and the average narrow space width.
(1) A horse-like African mammal marked with light and dark stripes.
(2) A thermal print technology company intent on providing innovative labeling solutions and quality products of renowned reliability to its customers.
Zebra Programming Language is the universal language/code of all Zebra barcode printers. ZPL is an ASCII based format that enables label generation to occur by way of an instructional blueprint defining label length, field origin, field data, and other related information. ZPL enables labels with any combination of text, barcode, or graphics to be created.