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Zebra desktop printers are compact, simple to operate and provide all the durability your business demands for low- to mid-volume printing. And with a printer for every price point, you don"t have to sacrifice performance for savings. For all your barcode label, receipt, wrisband and RFID applications, there"s a Zebra desktop printer perfect for the job.

zebra printer with an lcd panel connect to wifi free sample

The ZebraNet Print Server supports (HTTP) communications and will display a web page when accessing the printer"s IP Address. From this web page, the user can set the printer configurations.

Once this is done physically restart the printer by turning the power OFF and ON back.This will allow the printer to accept the new parameter changes that is configured.

zebra printer with an lcd panel connect to wifi free sample

The Zebra printer can be used in a wide variety of applications and must be properly configured to function with your media (Labels, Tags, RFID, etc.) and ribbon (if used). In addition, you have to set the label size, print darkness, and print speed to optimize printing. The printer is typically configured from your host device using a driver, utility, software, or sending the printer"s command language (ZPL Only). Although the majority of printer settings you can set on the front panel of the ZD500 Series Printers, the parameters set on the front panel can be overwritten by the mismatched driver, or application settings (i.e. if you set the darkness on the front panel of the printer to 10, but it is set to 20 in your driver or application, typically the software will override the printer, and change the darkness setting to 20).

The ZD500 and ZD500R are different from older Zebra desktop printers in that they do not utilize the feed button flash sequences to modify settings, due to them running the new Link-OS firmware. Rather, they have a front panel LCD that allows modifying settings on the printer. For information on navigating the front panel menus, refer to ZD500 User Guide: Printer Control Panel Display and watch Video: Using the LCD control panel for the ZD500 series for more information.

View the Control Panel (front panel) Map for information on the available parameters through the front panel of the printer (RFID parameters will only be usable on the ZD500R). Refer to ZD500 User Guide: Control Panel Menu Map for more information.

For more information about Settings on Front Panel, refer to ZD500 User Guide: Changing Printer Settings and watch a Getting Started Video: Preparing your printer for use for ZD500 Series to view a typical printer installation example.

You have to use ZDesigner Driver when a Windows application requires a driver to print to the printer. (The driver converts the Windows Application output to the printer"s language). If you are using a Label Design Software from a non-Zebra vendor check with that vendor to see if they provide their driver before installing and using the ZDesigner Driver. In addition, if you are using an application that directly outputs the printer"s command language (ZPL) then do not use a ZDesigner Driver as when direct ZPL code is sent through the ZDesigner driver it acts as a pass-through tool and simply prints the code sent on the label. For these applications, either send the label files directly to the printer or use a Generic Text Driver.

The Zebra Printer supports the use of many types and shapes of labels or tags and knowing your media detail is important for proper configuration. Refer to Media and Ribbon Identification for more information.

The ZD500R model printer also allows for RFID tag printing and encoding so long as the RFID tag meets the specifications of the printer. Refer to RFID Media Guideline for more information.

Here are the details you should know for printer media setup and configuration. The ZDesigner Driver is used to generate the configuration commands in the examples below (the configurations are sent when printing to the printer using the driver or using the print test page button when setting up the driver for your printer).

Setting via ZDesigner Driver: (Printing Preferences > Advanced Setup >Tracking Mode). Refer to the article: Configure or Modify Basic ZebraDesigner Driver Settings Information for more information.

The printer by default has the sensor centered under the media and being used as a gap or notch sensor, while located within the alignment key. The sensor is adjustable and can be moved off the center to change the sensor type being used to black mark sensing and allow for you to position the sensor wherever the black mark separator may be located on your label or tag. Refer to ZD500 User Guide: Using the Movable Black Mark Sensor for more information.

Print Method (Media Type): Selections > Thermal Transfer (Using Ribbon) or Direct Thermal (No Ribbon) Default is Thermal Transfer. Setting via ZDesigner Driver: (Printing Preferences > Advanced Setup > Media Type). Refer to the article: Configure or Modify Basic ZebraDesigner Driver Settings Information for more information.

Print Mode:Selections > Tear off, Peel Off, Rewind (although no rewind spindle installed), Cutter, and Peel or Dispense Mode. Default is Tear-off. Refer to ZD500 User Guide: Determining Printer Configuration for more information.

This is related to the label presentation after printing and is limited to the options you have installed. The ZD500 Series supports all print modes listed above but you have to configure it with the proper hardware and media. Again, your drivers and software, or application must also match these settings to ensure no errors are encountered when printing.

Setting via ZDesigner Driver: (Printing Preferences > Advanced Setup > Operation Mode). Refer to Configure or Modify Basic ZebraDesigner Driver Settings Information for more information.

The printer comes with sensors for label tracking based on the Media Type used. There is both a reflective and transmissive built into the printer, and both are located within the same assembly (reflective is used for media with a black mark separator, and transmissive is used for media with a gap or hole/notch as the separator). to set the sensor properly for the media installed, you can use the positioning of this module, or drivers, utilities, or software. The sensor you will use requires configuration of the Tracking Mode (Mark, Web, or Continuous) setting to be properly set to function with the media you are using. A gap, hole, or black mark must pass over the media sensor"s position for the printer to properly detect and calibrate the installed media.

There are parameters that the printer uses for the action it takes when the printer is powered up and when the printer"s head is opened and closed (for when the media is replaced or adjusted). You have several options for settings. If using the ZD500R with RFID media, it is recommended to leave these parameters at Feed or No Motion to ensure that calibration is not lost and the programming position set for the tag is not altered which could cause voids. These settings can be altered using the Media Feed setting to one of the following:

Setting the Media Feed (Power Up Action) on the printer requires sending the ^MF command to alter the Power Up Head Open value. Sending a file using the ZDesigner Tools feature. Refer to the article: Sending a File using ZebraDesigner Driver for more information.

The printer does not measure the label length unless the default Power Up or Head Close values are altered to either Length or Calibrate. There are two calibration methods to consider if the labels fail to calibrate properly. If you are using the ZD500R model printer, set the Power Up or Head Close parameters to Feed or No Motion to ensure that RFID calibration is not altered. However, initially calibrating the media is required and is the important step in ensuring that you receive the proper print output.

Performing the Manual Calibration Procedure. Refer to ZD500 User Guide: Manual Calibration - Media and watch Video: Media Calibration for the ZD500 series for more information.

If you are using the ZD500 printer and not the RFID edition, the steps above should suffice for calibrating the media. If you are using the ZD500R, and plan on encoding RFID tags, you have to run the RFID Calibration immediately after the Manual Media Calibration. Refer to ZD500 User Guide: RFID Calibration for more information.

The important step in setting the printer up to properly encode RFID tags is to ensure that the printer is calibrated to the installed RFID tag"s length properly. This is vital as the program position of where the printer will encode the tag works with the label length, to determine where the inlay is within the tag. The ZD500R does not require specific inlay placements, RFID power settings, or RFID program position settings. Its advanced RFID calibration capability automatically configures the optimal RFID settings. The calibration algorithm supports all inlay types, and label sizes, from small on-pitch inlays to large shipping labels.

Inlays should be centered across the media width. The tolerance depends on the inlay type but is typically not less than +/- 3mm. Some inlays will work reliably outside this tolerance.

Short labels with a pitch of less than 1" (parameter y in the Tag Guidelines link below) may require the printer to back feed a short distance before encoding. If necessary, the RFID calibration algorithm will automatically select the backfeed distance.

For labels longer than 1", you can avoid the backfeed by placing inlays 5mm-10mm from the leading edge of the label (parameter x in the Tag Guidelines link below).

Make sure to set this in the ZDesigner Driver: (Printing Preferences > Advanced Setup > Media Type), or your printing application. Refer to the article: Configure or Modify Basic ZebraDesigner Driver Settings Information for more information.

Not all media are compatible with your application or needs. Printing speed, the durability of the image or media, and the environment are just a few factors to consider when determining the printer setup for the application. Trying to compensate for poor media compatibility by using high darkness settings can impact your printer’s printhead life. It is possible to receive poor-quality print due to a mismatch of ribbon and media (a certain ribbon matches certain media better than other media), but try to adjust settings and check all other variables before you make that conclusion.

The printer can print at multiple print speeds. The speed selection takes the media and ribbon (if used) compatibilities into consideration and works in tandem with your darkness setting (lower print speeds typically require lower darkness settings, and vice versa). If your application requires the highest print speeds available, be sure your media supplier has recommended the correct media for your application.

Setting via ZDesigner Driver: (Printing Preferences > Options > Print Speed). Refer to the article: Configure or Modify Basic ZebraDesigner Driver Settings Information for more information.

Print Darkness (also may be referred to asDensity or Burn Temperature) is a user-adjustable setting. Avoid overheating the ribbon as it can melt if set too high. Vary the darkness to produce the best print quality. Setting the darkness using the ZDesigner Driver: (Printing Preferences > Options > Darkness). Refer to the article: Configure or Modify Basic ZebraDesigner Driver Settings Information for more information.

If the printer has a parallel port that uses an IEEE1284 compatible cable, refer to ZD500 User Guide: Connecting your Printer to a Computer for more information.

Wired or Wireless Network - Printers that include a ZebraNet Print Server option can be connected to an Ethernet Network. If your network supports DHCP, the printer should be assigned an IP Address when the cable is connected. If not, you can configure a printer with the ZebraNet Options. Refer to the article: ZD500 and ZD500R Media Calibration Procedure (and RFID Calibration) for more information.

If a DHCP address is acquired, you can use the ZebraNet Web Interface to configure your network settings using the path of typing the DHCP assigned IP address into a browser and then clicking Print Server Settings> Print Server (Username: admin Password: 1234) > TCP/IP Configuration > then modify your settings and then click submit, so you can reset the network card to apply settings. This is the easiest way of configuring the network settings of the printer. If this is not an option or does not properly apply your settings, you can move to the procedures below for configuring your printer for your network. Refer to the article: Using the ZebraNet Print Server Web Page to Configure the Printer for more information.

Unlike a Wired network connection, you have to do a wireless setup using one of our utilities. The printer cannot discover a wireless network on its own. You have to apply the appropriate settings to the printer for the network that you are attempting to connect to.

You can use one of the following Utilities to set specific parameters or set a permanent IP address for your printer queue. Refer to the article: Setting up and Troubleshooting a Printer for a Wireless Network.

ZebraNet Bridge can be used to discover and assign the desired network settings. Refer to the article: Setting up and Troubleshooting a Printer for a Wireless Network for more information.

The Zebra Setup Utility has a network setup wizard that you can use to configure your printer for a wired or wireless network. Refer to the article: Configuring Connectivity for Wired or Wireless Networks using the Zebra Setup Utility for more information.

The ZD500 Series Printers have the option of having Bluetooth installed (factory only). This can be configured for use with other Bluetooth devices and acts as a "slave" device in the connection. Refer to ZD500 User Guide: Bluetooth option Configuration for more information.

Zebra printers are command interpretation engines using printer commands to define the printed images. The printer must receive the commands in the supported printer language (ZPL). The printer will not respond if the label format received does not contain the required programming commands for label printing. Programming commands can be entered into a file, and communicated to the printer, received as an output through a driver from an application, or created using one of many Zebra Label Software packages on the market.

If you are not using the ZDesigner Driver for your printing application, you can use one of the following utilities for printer configuration. If you are using a non-Zebra application or driver consult with the vendor for details on printer setup and configuration.

The ZebraNet Print Server has a Webpage, that is accessed from a browser when you enter the printer"s IP Address. Printer configurations can be viewed and altered.

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The Zebra GX420T Thermal Transfer Printer delivers the best quality with the fastest speed and the greatest features. It offers a wide range of connectivity options, simple upgrades, and integration with its programming languages and reduced total cost of ownership as Energy Star qualified printer.

GX42-102710-000 Zebra GX420T standard features include thremal transfer print mode, 4" print width, 203 DPI, tear bar, RS-232 auto-sensing serial, Centronics parrallel, USB 1.1, 4MB standard flash, 8MB standard SDRAM, EPL2, ZPL II, USB cable, North America Power cord. Printers are shipped with windows drivers & multi-language user documentation CD Rom.Thermal Transfer Print Methods

TheZebra GX420T Thermal transfer printing uses a heated ribbon to produce durable, long-lasting images on a wide variety of materials. Badge Label Thermal transfer printers can accept a wider variety of media than direct thermal models, including paper, polyester, and polypropylene materials. Badge Label Thermal transfer printers can create extremely durable wristbands, asset tags, and certification labels, in addition to common labels, tags, and tickets. The specific label material and ribbon must be carefully matched to ensure print performance and durability.

By selecting the right media-ribbon combination, as well as specialty adhesives, users can create archival-quality labels to withstand temperature extremes, ultraviolet exposure, chemicals, sterilization, and more. Typical thermal transfer applications include: product identification; circuit board tracking; permanent identification; sample and file tracking; asset tagging; inventory identification; certification labels such as UL/CSA; laboratory specimens; cold storage and freezers; and outdoor applications.

The GX42-102710-000 Zebra GX420T Badge Label Printeris available with thermal transfer, combines and intuitive design and optional LCD user interface with versatile connectivity. It supports the widest range of applications and can be integrated into almost any environment so that you can improve efficiency and profitability, save time and reduce operator training.

To meet changing expectations and growing demands for devices that are mobile, intelligent and connected to the Cloud, Zebra created a new software platform to support its devices: Zebra’s Link-OS environment. This innovative solution makes Zebra printers even easier to integrate, manage and maintain than ever before—from any location.

The Link-OS environment is highly flexible, allowing new and creative ways for users to develop applications that interact with Zebra printers from mobile devices located anywhere in the world. Users can perform updates, gather data, and make smarter business choices from new analytic-driven insights.

Supports Microsoft Windows keyboard encoding (and ANSI), Unicode UTF-8 and UTF 16 (Unicode Transformation Formats), XML, ASCII (7 and 8 bit used by legacy programs and systems), basic single and double byte font encoding, JIS and Shift-JIS (Japanese International Standards), Hexadecimal encoding, and custom character mapping (DAT table creation, font linking, and character remapping).

A complete suite of free software applications and drivers to configure printer settings, design and print labels and receipts, get printer status, import graphics and fonts, send programming commands, update firmware, and download files. Clone printer settings and send graphics, files, fonts, and firmware (updates) to one or more Zebra® Ethernet and locally connected printers with ZebraNet™ Bridge.

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The Zebra ZD500 Thermal Transfer Printer delivers the best quality with the fastest speed and the greatest features. It offers a wide range of connectivity options, simple upgrades, and integration with its programming languages and reduced total cost of ownership as Energy Star qualified printer.

The ZD50043-T11A00FZ Zebra ZD500 standard features include thermal transfer print mode, 4" print width, tear bar, RS-232 auto-sensing serial, Centronics parrallel, 10/100 Ethernet, EZPL, USB cable, North America Power cord. Printers are shipped with windows drivers & multi-language user documentation CD Rom.Thermal Transfer Print Methods

TheZebra ZD500 Thermal Transfer printing uses a heated ribbon to produce durable, long-lasting images on a wide variety of materials. Badge Label Thermal transfer printers can accept a wider variety of media than direct thermal models, including paper, polyester, and polypropylene materials. Badge Label Thermal transfer printers can create extremely durable wristbands, asset tags, and certification labels, in addition to common labels, tags, and tickets. The specific label material and ribbon must be carefully matched to ensure print performance and durability.

By selecting the right media-ribbon combination, as well as specialty adhesives, users can create archival-quality labels to withstand temperature extremes, ultraviolet exposure, chemicals, sterilization, and more. Typical thermal transfer applications include: product identification; circuit board tracking; permanent identification; sample and file tracking; asset tagging; inventory identification; certification labels such as UL/CSA; laboratory specimens; cold storage and freezers; and outdoor applications.

The ZD50043-T11A00FZ Zebra ZD500 Badge Label PrinterLink-OS® environment an innovative operating system combining a powerful Multiplatform Software Development Kit and software applications—making it easy to integrate, manage and maintain from any location around the globe. Coupled with intuitive ribbon and media loading, it’s designed to be simple to set up and operate. Offering highresolution print quality and quadruple connectivity options, the ZD500 is compact and feature-packed for top performance. The ZD500 also has optional UHF RFID capabilities. It supports the widest range of applications and can be integrated into almost any environment so that you can improve efficiency and profitability, save time and reduce operator training.The Zebra ZD500 Badge Label Printer Environment Friendly

To meet changing expectations and growing demands for devices that are mobile, intelligent and connected to the Cloud, Zebra created a new software platform to support its devices: Zebra’s Link-OS environment. This innovative solution makes Zebra printers even easier to integrate, manage and maintain than ever before—from any location.

The Link-OS environment is highly flexible, allowing new and creative ways for users to develop applications that interact with Zebra printers from mobile devices located anywhere in the world. Users can perform updates, gather data, and make smarter business choices from new analytic-driven insights.

Supports Microsoft Windows keyboard encoding (and ANSI), Unicode UTF-8 and UTF 16 (Unicode Transformation Formats), XML, ASCII (7 and 8 bit used by legacy programs and systems), basic single and double byte font encoding, JIS and Shift-JIS (Japanese International Standards), Hexadecimal encoding, and custom character mapping (DAT table creation, font linking, and character remapping).

A complete suite of free software applications and drivers to configure printer settings, design and print labels and receipts, get printer status, import graphics and fonts, send programming commands, update firmware, and download files. Clone printer settings and send graphics, files, fonts, and firmware (updates) to one or more Zebra® Ethernet and locally connected printers with ZebraNet™ Bridge.

zebra printer with an lcd panel connect to wifi free sample

It is possible the CUPS MAC printer setup interface may not load. In order to load the interface manually, open any browser and type localhost:631 in the address bar:

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During my 20 years of troubleshooting zebra printers, I have found that the same problems arise over and over again. These issues carry through to all thermal printer models in the zebra family. I am going to walk through some quick Zebra troubleshooting tips and, hopefully, save you some time and frustration when you find that your printer isn’t performing like it should.

The very first thing I do when troubleshooting zebra thermal printer issues in every situation, no matter what, is to thoroughly clean the entire printer. This seems like common sense, but you’d be surprised by how many printers are neglected until something effects operation. Adhesive and residue builds up on the printhead and platen rollers. Dust and particles block sensors field of view. We recommend cleaning the printhead, all the rollers, and sensors with 99.7 % isopropyl alcohol every time you change the media. Inspect the platen roller (underneath printhead) and make sure there are no cuts in it or labels wrapped around it. Cuts in the platen will create voids in the print and will need replaced. The external cover is designed to keep the printer clean! It seems like 50% percent of the places I go into run their printers with the cover up all the time. This just leads to more down time.

­Right after I’m done cleaning, I’ll run a pause test print. This sends a test label to the printer and isolates the printing function from the software running a normal print job. To do this: turn the printer off, hold in the pause button, and turn the printer back on. Keep the pause button pressed until all the lights flash once. This will load 9999 test print labels into the printer. Release pause and you are ready for troubleshooting. Pause test is the best way to quickly determine if the printer is functioning properly. It also prints across the entire capable width of the printer which will help you better fine tune your adjustments.

How is the quality of the print? Print quality is greatly affected by darkness and speed. The slower the print the better the quality of the print image. I recommend taking the speed down as much as possible to ensure that you have the best possible image. After slowing down the print and you still have a light image, increase the darkness as much as possible. Too much darkness will melt the ribbon onto the label, your controlling the dwell of the print head. This is not actually a setting to change how much heat is applied. If you’re still not getting a good image check to make sure you have the right ribbon for the label material selected. Another good place to check to increase print quality is that you must have even pressure across the print head. There is a toggle with spring above the printhead, make sure this is evenly space across the label, or if there is one you want to center it on the label. If there is a vertical white line through the print you have a bad print head element and the print head will need (to be) replaced. A white line running diagonally signifies a wrinkle in the ribbon. You can adjust this by fine-tuning the ribbon strip plate. Print head alignment could also cause feathering at the edges of the label. If you still can’t get a good label check if you have the right ribbon to label combination. I should also add, if you are not getting an image at all chances are that you have the ribbon loaded backwards. You can test what side the ink is on by sticking a label to the ribbon. If ink is transferred, you have the correct side.

If your zebra printer is skipping labels, not feeding an entire label, or giving a paper or ribbon out error, then follow these steps. I always start with making sure the ribbon and labels are properly fed through the printer along the correct path. All zebra printers have guides on proper loading technique. Then, I run a general calibration by hitting pause and selecting the calibrate button. If you don’t have a calibrate button then you’ll need to look up the proper calibration procedure on Zebra’s website and you can find the instructions for the specific model printer in the links provided below. The printer will run through some labels calibrating the sensor to look for the gap between. If all is well, the printer will stop the final label at the peel edge. If it didn’t work, you’ll have half a label sticking out or an error and at this point double check the sensors to make sure they are unobstructed and clean. If they are good, I’ll run a manual calibration through the menu but if this doesn’t take care of the problem, I’ll run a sensor profile from the menu. A sensor profile prints out a graphical representation of what the sensors are seeing. The spike, which is measuring the gap, should be at least two points high. If it’s not you may need to replace a sensor and call LabelPack Automation for an evaluation.

A common issue we see a lot is a complaint that none of the settings are saving on the printer. “When we make changes to the settings, they revert back to something else when we send a label.”

Labeling software or the print driver can change settings on the printer when the print job is sent. This often happens at facilities when a new label template is created or when a new employee is responsible for the printing. You can check this in the label properties of the template in whatever software you are using; Loftware, Bartender, NiceLabel, or Zebra Designer. Also, under printing preferences of the printer driver navigate to the advanced setup tab. Check use printer settings. This will keep the settings you make on the printer and not use settings from the driver or software. This is a good practice, so you don’t have to worry about someone forgetting to set all the printer settings when they configure a label.

You must know what type of label material your using when selecting the proper ribbon. When selecting the proper ribbon you want durability of print and rub resistance.

A paper label prints best with a wax ribbon. Resin is added to the ribbon for durability. A film or polypropylene (synthetics) will need a full wax/resin combination ribbon. These types of labels have good moisture resistance. Polyesters require a full resin ribbon, used in long term and durable applications, UL or CSA label. A good tip to follow is that each ribbon performs best at certain darkness settings. If you’re not getting a good image at the expected darkness setting then you could possibly just have the wrong ribbon. Paper labels usually run around a 5-12 darkness setting. Film or polypropylene labels are going to be 15-25 range. Full resins are 20-30. Speed is also critical.

Another common issue is a poor ANSI grade on a barcode scan and some that won’t scan at all. A healthy print head is absolutely necessary in maintaining a quality barcode. A void in the barcode greatly effects the scan. Slowing down your print speed is always going to create a better image, eliminate poor edge’s and expanding barcode distortion. Scanners need good contrast. You always want to print your barcode parallel to the movement; we call this picket fence. When the lines of the barcode are perpendicular to the feed direction all kinds of problems with quality can happen. You won’t see a crisp print and a void in the printhead can go through the entire barcode. Another major barcode problem is a quit zone. A barcode that is right up to the edge of a label or directly next to any type of print will give you errors. A general rule is: there needs to be ten times the width of the narrowest bar of white space around the barcode.

Hopefully this general guide will help save you some time and frustration when troubleshooting your Zebra Thermal Printer. Please don’t hesitate to call LabelPack Automation with any thermal printer question. We provide phone support and evaluations of all Zebra printers. We provide depot service and help many customers onsite with service contracts. We manufacture all types of labels and labeling equipment. We have over 45 years of labeling and software integration. We are a Zebra trained and certified partner.

zebra printer with an lcd panel connect to wifi free sample

First, ensure that a LAN cable is connected to the printer network port and the network port LED is light up green (constant) and amber (blinking slowly).

The printer prints a printer configuration label first and then a network configuration label. The printer"s IP address is printed on the network configuration label.

With the printer power on and the top cover closed, press and hold the Feed button for several seconds. The green status LED will flash a number of times in sequence.

If printer power is OFF, press and hold the CANCEL button while turning the printer power ON. Hold the CANCEL button down until the STATUS indicator is the only indicator lit.

The printer and network configuration reports (below) will be printed and the printer will return to READY status. The printer"s IP address is printed on the network configuration report.

zebra printer with an lcd panel connect to wifi free sample

Demands are rising and timelines are shrinking. Do you have the printing capabilities to keep up – without interruption? The ZT231 delivers the winning combination of the right features at the right price, along with the long-lasting quality you expect from Zebra. Fast print speeds, high-resolution print quality, large color touchscreen, future-forward design and more – all in one space-saving footprint. Plus, add optional capabilities like RFID*, wireless connectivity and media handling features when you need them.

But that’s not all. Get built-in intelligence to make your work easier, and unmatched security so nothing stands in your way. That’s how Zebra defines value.

Reduce training time with the ZT231’s easy-to-use 4.3” full-color touchscreen. See status at a glance, access wizards and helpful how-to videos and make changes with the touch of a finger or gloved hand. Seamlessly integrate the ZT231 into your existing network as it is backwards compatible and features Printer Emulations to replace other brands without having to change label formats or rewrite code.

Take advantage of Zebra’s robust, ever growing Print DNA software suite for added capabilities. Easily configure, troubleshoot and manage your printers onsite or remotely via a web-based dashboard. Compare your printer security settings against best practices and adjust to match your preferences, while protecting your data from vulnerabilities.

The benefits of buying a ZT231 don’t end at the point of purchase. Expand your printer’s capabilities with field-installable upgrades when you need them. Add options such as a cutter or peeler, wireless connectivity or even UHF RFID* encoding.

With a durable metal frame, the ZT231 is ideal for light industrial environments. Print crisp text and barcodes with optional 300 dpi resolution. Advance your label throughput with industry-leading print speeds up to 12 ips at 203 dpi. Be confident knowing you’re backed by Zebra, the #1 leader in barcode printing.

The ZT231 includes an all-new architecture to process more jobs at once and evolve with emerging technologies. Onboard analytics and printhead element out detection help you plan maintenance in advance. And, the easy tool-less platen and print head removal makes maintenance easy.

To help you make the most of your workspace, we’ve engineered the ZT231 with a space-saving, compact design and bi-fold door that reduces the height needed to open your printer. Take the trouble out of media loading with an intuitive design and color-coded cues. Adjustable sensors offer greater media flexibility and the large ribbon roll capacity lets you change media less frequently.

Take advantage of a variety of standard connectivity options including USB, Serial, Ethernet and USB Host. Tap to pair and print with compatible mobile devices with the Print Touch tag (NFC). Add a second Ethernet port, 802.11ac or an Applicator port.

Incorporate UHF RFID printing and encoding* for greater visibility and tracking. Get greater media flexibility and simple RFID calibration with Zebra’s adaptive encoding technology that eliminates complex placement guidelines.

With Zebra’s Printer Profile Manager Enterprise, part of Print DNA, you can easily manage, secure and troubleshoot your networked printers from any location. And an intuitive browser-based interface lets you see status at a glance, quickly triage issues to minimize downtime and perform updates and maintenance.

Security risks are real and costly. Endpoints are becoming popular targets – including networked thermal printers. Shield yourself from cyber attacks with Zebra’s PrintSecure, part of Print DNA. Easily configure your printers via secure connections, identify vulnerabilities, block unauthorized access and detect events before they happen.

Printing supplies provide a digital voice for assets across your supply chain. You rely on them to disseminate critical data throughout your organization. If something goes wrong with your printing supplies, operations are interrupted, productivity suffers and costs rise. That’s why we design, produce and rigorously pretest our own line of labels and tags to ensure consistent, optimized performance in your Zebra printer. For industry-leading quality, service and thermal printing expertise, choose Zebra Certified Supplies.

Access repair support services anywhere around the globe through Zebra and its trusted network of more than 10,000 partners. Zebra OneCare™ Maintenance Plans provide enhanced coverage that exceeds standard warranty.