Adhesive build‑up from linerless labels is one of the most common causes of platen roller damage. Zebra’s ZeroLiner Platen Protection Program is designed to help you avoid this problem—while saving on maintenance costs.

Why Choose Zebra Linerless Labels?

Not all linerless labels perform the same. Zebra’s linerless media is engineered specifically for Zebra printers, ensuring consistent, high‑quality print results while reducing the risk of adhesive “ooze” that can damage internal components.

With Zebra’s ZeroLiner linerless printing solution, printers and media are designed and fully tested to work together. This proven compatibility significantly reduces adhesive build‑up, helping to extend printer life and minimise downtime.

To help Zebra printer users experience the difference, Zebra is offering an exclusive platen roller promotion to customers who switch to ZeroLiner media.

What Is the Zebra Platen Protection Program?

The Zebra Platen Protection Program rewards customers who purchase Zebra ZeroLiner linerless labels by providing replacement platen rollers at no additional cost—as part of a simple package deal.

It’s a smart way to protect your printers, reduce running costs, and maintain reliable performance.

Key Benefits of the Zebra ZeroLiner Solution

• Reduced downtime and maintenance costs
• One‑source solution for printers, labels, and support
• Simple enrolment and redemption process
• No need to return printers for servicing

Find Out More

To learn more about Zebra linerless labels or to enrol in the platen roller offer, speak to your GSM Barcoding account manager today.

The post Save More with Zebra’s ZeroLiner™ Platen Protection Program appeared first on GSM Barcoding.

Thirsk, UK – [07/04/2026] – GSM Barcoding has today announced the launch of its newly refreshed website, unveiling a modern design and improved structure aimed at delivering a faster, clearer and more engaging online experience for customers.

The redesigned website, available at www.barcoding.co.uk, reflects the company’s ongoing commitment to leading the barcoding industry in the latest products and services. With a cleaner layout, updated visuals and simplified navigation, visitors can now find information more easily across product ranges, solutions and support resources.

The refresh was driven by the recent merger between GSM Barcoding and GSM Graphic Arts, with a stronger focus on print & label solutions and barcoding technology.  The website has improved accessibility, mobile responsiveness and performance. The new design ensures the site works seamlessly across devices, whether customers are browsing on desktop, tablet or mobile.

In addition to the visual update, content across the site has been reorganised to make it easier for users to understand Barcoding.co.uk’s offering and identify solutions that best fit their operational needs.

“Our website is often the first point of contact for new and existing customers,” said a spokesperson for Barcoding.co.uk. “This refresh allows us to better reflect who we are today while making it quicker and easier for visitors to access the information they need.”

The website refresh forms part of Barcoding.co.uk’s broader commitment to continuous improvement and digital transformation, supporting customers at every stage of their journey.

Visitors are invited to explore the new website at www.barcoding.co.uk.

About GSM Barcoding

GSM Barcoding provides barcode, data capture and labelling solutions to businesses across the UK. With a focus on reliability, efficiency and customer support, the company helps organisations improve accuracy and productivity through proven technology solutions.

The post GSM Barcoding Launches Refreshed Website to Enhance User Experience appeared first on GSM Barcoding.

In today’s rapidly evolving industrial landscape, labelling is no longer just about identification… It’s about intelligence.

As Industry 4.0 continues to reshape manufacturing, logistics, and asset management, businesses are increasingly turning to smart labelling solutions to stay competitive.

At the forefront of this transformation? Technologies such as RFID (Radio Frequency Identification) and NFC (Near Field Communication) are transforming how businesses track, monitor, and manage their assets.

Because these innovations are enabling custom industrial labels to do far more than display static information, they are becoming powerful tools that are changing the way industries operate.

At GSM Barcoding, we recognise this shift and are continually evolving our capabilities to deliver advanced industrial labelling solutions that meet the demands of modern industry.

Understanding RFID and NFC Technologies

RFID and NFC are often discussed together, but they serve distinct purposes within the smart labelling ecosystem.

But how do they work?

RFID (Radio Frequency Identification)

RFID technology uses radio waves to communicate data between a tag and a reader, which doesn’t require an optical line of sight to transmit information.

This intelligent system provides businesses with many advantages, including the ability to track the location of each product throughout the value chain, from when it’s made to when it’s purchased.

The information stored on RFID tags can also be updated or locked, providing organisations with greater flexibility over the information they’re putting out there.

NFC (Near Field Communication)

NFC, on the other hand, operates over a much shorter range (between direct contact and a few centimetres), using a microchip and an NFC antenna.

As a result, NFC technology is commonly used in smartphones, public transport systems, and secure access environments. Combined with encryption measures, the short-range nature of this technology makes it highly secure.

It is also incredibly versatile, allowing many different applications, including data exchange, access control and contactless payments.

Both of these technologies are increasingly being integrated into custom industrial labels, enabling businesses to bridge the gap between physical assets and digital systems.

The Rise of Smart Labelling in Industry 4.0

Industry 4.0, otherwise known as the Fourth Industrial Revolution, is defined by the rise of data and connectivity, human-machine interaction, analytics and improvements in robotics.

Within this environment, traditional labels simply cannot keep up.

And this is where smart labelling comes in.

By embedding RFID and NFC technology into their latest labels and nameplates, businesses can:

• Track assets in real time
• Automate inventory management
• Reduce human error
• Improve operational efficiency and productivity

For manufacturers and asset-intensive industries, this represents a major step forward. Instead of relying on manual processes or barcode scanning, smart labels enable a seamless exchange of data across multiple systems.

At GSM Barcoding, we specialise in producing industrial labelling solutions designed to integrate with modern technologies, helping clients future-proof their operations.

Embedding RFID and NFC into Industrial Nameplates

One of the most exciting developments in this space is the integration of RFID and NFC into durable industrial nameplates.

What are smart nameplates?

Smart nameplates combine the robustness of traditional identification labels with embedded digital functionality. They are designed to withstand harsh environments while providing access to dynamic, real-time information.

This is particularly valuable in sectors such as:

• Military
• Transportation
• Electronics and assembly
• Medical equipment

At GSM Barcoding, we support a diverse range of sectors in creating labelling that reflects their applications, different environmental conditions and sustainability goals. With over 40 years of experience, our experts can advise on the best metals and plastics for your specific use.

Key Applications of Smart Labelling

1. Asset tracking and management

RFID-enabled labels allow businesses to monitor equipment and inventory across facilities without manual intervention. As a result, this technology can significantly improve traceability, ensuring products can be tracked from production through to delivery.

2. Maintenance and service access

NFC tags embedded in nameplates can support maintenance and servicing. Implementing this technology means that regular audits can be easily conducted, as NFC tags can instantly provide facilities teams with service histories, as well as enable synchronisation across devices.

3. Anti-counterfeiting measures

RFID and NFC technology can verify authenticity, helping protect brands and ensure compliance, as each label has a unique digital identifier.

By working with a specialist like GSM Barcoding, businesses can implement custom industrial labels that are tailored to these specific use cases.

Designing Smart Labels for Harsh Environments

While the benefits of RFID and NFC are clear, their successful implementation depends heavily on design and manufacturing expertise.

Industrial environments present unique challenges, including:

• Exposure to extreme temperatures
• Chemicals and solvents
• Abrasion and wear
• Metal surfaces that can interfere with signals

At GSM Barcoding, we understand that performance and durability are just as important as functionality. That’s why our industrial labelling solutions are engineered to maintain reliability even in the toughest conditions.

We work closely with clients to ensure:

• The right materials and manufacturing processes are selected
• Tags are optimised for optimum performance
• Labels are fully customised to the application

Overcoming Challenges in Smart Labelling Adoption

As with any emerging technology, there are considerations to address when implementing RFID and NFC.

Cost vs. ROI

While initial costs may be higher than traditional labels, the long-term efficiency and productivity gains, as well as error reduction, often deliver significant returns on your investment.

Infrastructure requirements

When combining RFID sensors with IoT devices, this technology can become seamlessly integrated with existing software platforms. This infrastructure is particularly important when it comes to industries like pharmaceuticals and food processing.

NFC, while simpler, still requires planning around user interaction.

Data security

Protecting sensitive information is essential, particularly when labels are used for authentication or asset tracking. All technology usage must be compliant with privacy safeguarding laws so as to avoid regulatory non-compliance.

Environmental factors

Comprehensive testing is essential, so that performance can be guaranteed in real-world, often critical, conditions.

This is where partnering with an experienced provider like GSM Graphic Arts makes a difference. Our team helps guide clients through these considerations, ensuring a smooth transition to smart labelling solutions.

The Future of Industrial Labelling

The adoption of RFID and NFC is only set to accelerate.

Smart labels are becoming a key component of connected ecosystems, transforming how businesses interact with their assets and data.

As industries continue to digitise, industrial labelling will play an increasing role in:

• Enabling digital twins
• Supporting predictive maintenance
• Improving sustainability through better resource management
• Enhancing supply chain transparency

Emerging developments are also enabling more discreet integration, with increasingly compact components allowing previously hard-to-tag items to be tracked more effectively.

At GSM Graphic Arts, we are committed to staying at the forefront of these developments, continuously investing in new technologies and processes to deliver cutting-edge customer industrial labels.

Why Choose GSM Barcoding?

With decades of expertise in industrial labelling, GSM Barcoding is uniquely positioned to help businesses embrace the future.

We offer:

• Fully customised labelling solutions
• Expertise in durable materials and harsh environments
• Forward-thinking integration of smart technologies
• A collaborative approach tailored to your needs

Whether you’re exploring RFID, NFC, or other smart labelling innovations, our team is ready to support your journey.

Preparing for the Future

What makes RFID and NFC technologies stand out is that they can provide enhanced security, real-time data tracking, and interactive customer engagement for a diversity of industries.

Businesses using this advanced technology to elevate their supply chain visibility and transparency, align with their sustainability efforts and fulfil the increasing consumer need for personalisation, will stay ahead of the curve.

Because in the age of Industry 4.0, investing in smart labelling is no longer optional; it’s essential.

By partnering with an experienced provider like GSM Graphic Arts, you can unlock the full potential of custom industrial labels and position your operations for the future. Get in touch with a member of our team today to learn more.

The post RFID and NFC: The Future of Industrial Labelling appeared first on GSM Barcoding.

Replace Old Devices for New & Get a Discount

If your older devices are slowing your team and hampering efficiency and profitable growth, there’s a better way to improve productivity. Take advantage of the Zebra Trade Up program to exchange your old devices for new ones and receive a discount. You can trade in Zebra devices or devices from other brands.

Trade UP discounts are currently available on thermal printers and barcode scanners of any make and model from any vendor, on a like-for-like basis. Take advantage of this offer while it lasts!

Why Trade-up?

Enhance your business performance with a focus on sustainability by taking advantage of the Zebra Trade UP program. This initiative allows you to upgrade your enterprise devices, helping you overcome operational bottlenecks and boost productivity. Additionally, you’ll save significantly on durable products designed for longevity. The key benefits to your business include:

• Savings on the latest secure firmware and hardware
• Enhancing efficiency with Zebra’s innovations
• Boosting comfort and reliability for your team
• Fast-tracking your business growth

Are you looking to upgrade your technology? if so speak to one of our barcoding experts and see if you qualify for the Zebra Trade Up promotion.

The post Zebra Trade Up Promotion 2026 appeared first on GSM Barcoding.

If you are interested in benefiting from this promotion you have to act quick as the deal is ending in June 2026. Contact your Zebra partner GSM Barcoding for more information on this great deal today!

About Zebra Supplies

All Zebra Certified Supplies are designed and tested for Zebra printers.  To achieve ‘best-in-class’:

• BPA Free thermal paper materials
• We sift through thousands of available media options
• Our R&D experts select, convert and rigorously test all materials
• We certify only those offering the best thermal printing performance
• We never substitute raw materials, so our customers get consistent quality

Ready-made

Zebra’s ZipShip Certified Supplies are on the shelf and ready for immediate dispatch.  Zebra offers fast shipment and sample rolls are available for all material range.

Wide Range of Supplies and Matching Ribbons

Zebra’s ZipShip Certified Supplies portfolio contains the most popular label sizes and industry standards.  Plus, we stock matched ribbons in a variety of widths to provide the perfect media combination.  

Our Ribbons portfolio also extends from a value-range to high-performance, with wax, wax/resin and resin products available.

From healthcare and hospitality wristbands, UL approved polyesters, to cryogenic and chemical drum labels, the range has solutions for every customer application.  This unique range also supports media and ribbon for every live Zebra printer. The ZipShip range of media includes:

– Labels
– Receipts
– Tags
– Ribbons
– Wristbands
– RFID Inlays and Tags
– Linerless

For more information on Zebra ZipShip supplies, speak to your GSM Barcoding account manager.

The post Big Discounts on Zebra ZipShip Labels appeared first on GSM Barcoding.

That’s why value-minded businesses choose Zebra Essentials Range. They know that these affordable products are proven to work as promised. This small investment delivers big pay offs—greater uptime, simpler workflows and better output.

Gain a competitive edge without breaking the bank with Zebra Essentials. Our wide portfolio offers all the quality and features your team requires, tailored to meet your job, work environment, and budget. Choose from purpose-built mobile computers with long life cycles, fast and reliable scanners, dependable printers, and trusted supplies, all designed for rugged durability, increased efficiency, and long-term value.

Easily set up and manage your devices with intuitive tools. Enhance training and boost productivity with software that simplifies tasks for everyone. Protect sensitive data and communication with robust security measures that are continually updated.

This is just the beginning of the value that Zebra Essentials provides. You’ll also benefit from service and support from Zebra and our Partners GSM Barcoding, along with software upgrades to keep pace with changing demands.

With so much at stake, why not opt for affordable products that offer exceptional value for your business? Experience proven performance within your reach today by choosing Zebra Essentials.

For more information on the Zebra Essentials range, speak to approved partners GSM Barcoding for a FREE consultation.

The post Zebra Essentials Range appeared first on GSM Barcoding.

One often-overlooked aspect of warehouse management is improper and inefficient labelling. Many people tend to underestimate the importance of labelling, thinking it’s a simple task. However, at GSM Barcoding, we’ve found that investing time in getting labelling right can lead to substantial savings in both time and money for operations managers.

To help you improve your warehouse labelling, we have created this blog, which provides a basic overview of efficient labelling practices. If you have any questions about warehouse labels or need assistance, please don’t hesitate to reach out to our dedicated labelling team at GSM Barcoding. We’re here to help!

What Can You Achieve with Efficient Labelling

Label efficiency is about ensuring you have the right labelling solution to effectively communicate the data encoded on the label for accurate and fast processing of items and assets within your operations workflow and throughout your supply chain.   We try to achieve this, though:

1. Understanding the workflow processes. 
2. Specifying the right label media.  
3. Designing the label correctly.
4. Encoding the correct data.
5. Ensuring system compatibility. 

Let’s look more deeply at each in turn and see how we can improve our labelling efficiency.   

Understanding the Workflow Processes

Taking some time to reflect on your current labelling processes can help you identify ways to improve efficiency. A good starting point is to walk through the item journey, which includes receiving, put-away, picking, and dispatch. At each stage, take note of the labels you use, the information they require, and be particularly aware of any repetitions or unnecessary duplication in the labelling process.

Understanding the label printing process is essential not only for tracking the number of labels used but also for assessing the distance that operatives must walk to print them. In large warehouses, the distance to the printer can hinder efficiency and waste valuable time. Therefore, it’s important to explore options such as adding more printers or even considering mobile printers to speed up the process.

Choosing the Right Label Media

Investigating the labelling process can provide valuable insights into the environments that labels will encounter. For instance, labels intended for cold storage and distribution require specific adhesives to ensure they remain securely attached to products in low-temperature conditions. Additionally, factors such as high heat, humidity, and UV exposure must also be taken into consideration.

It is advisable to seek expert guidance when selecting labels, as there is a wide variety of label materials, adhesives, and coatings available. These choices must align with your printer, ribbon – if printing in-house, and specific usage requirements and environments. Getting the label right is essential, if a label fails to adhere properly or cannot be scanned, it can result in frequent label replacements, lost items, and wasted time in the warehouse.

Designing the Label Correctly

Designing labels for warehouses requires an understanding of supply chain compliance requirements. For example, Rolls-Royce Sabre labels have specific design and data criteria that must be followed. Once the compliance requirements and barcode symbology are determined, it’s important to choose the right options based on logistics, internal stock control, and supply chain guidelines, such as those outlined by GS1.

There are various tools and software available to assist with the design, management, and printing of labels, with Bartender software being a market leader in this area. After these steps are completed, the actual label can be specified and designed.  Barcodes should be sized correctly and printed at high resolution to ensure scanning from the required distance and angle, i.e., from forklift or racked items.

Encoding the Correct Data

Encoding the correct data on warehouse labels is essential for ensuring speed, accuracy, and traceability throughout the entire supply chain. Using standards such as GS1 guarantees that key identifiers—like Global Trade Item Numbers (GTIN), Serial Shipping Container Codes (SSCC), and batch and lot numbers—are formatted in a consistent and machine-readable way. This practice reduces scanning errors, improves interoperability among partners, and facilitates automation.

Important fields include product ID, quantity, location, expiration dates, and serial numbers, which together enable real-time visibility. Poorly encoded or incomplete data can lead to picking errors, delays, and costly disruptions. In contrast, well-structured and comprehensive labels support compliance, effective recall management, data analytics, and ultimately enhance customer satisfaction.

Ensuring System Compatibility

Ensure your warehouse labels are compatible with your systems by aligning data structure, barcode standards and systems set-up across the warehouse management system (WMS), ERP, scanners and printers.  

• Match the label data to the WMS/ERP system data requirements.
• Use standard barcode formats – code 128 – for general warehouse, GS1-128 ideal for fields like batch and expiry, QR codes for small sizes with high data encoding.  
• Align scanner configuration – make sure the scanner is enabled for the right symbology’s, configure the action prefixes for scanning.
• Validate print quality & size – correct DPI, proper barcode size and good contrast- particularly important for shelving labels.  

Compatibility is about the entire data chain system from label to scanner, ensuring to test end-to-end critical steps in the workflow to ensure systems quality and reliability.  

Conclusion – Take labelling further

Efficient warehouse labelling is far more than a routine administrative task—it’s a foundation for operational accuracy, speed, and long‑term reliability. By taking the time to understand your workflow, selecting the right label materials, designing labels with compliance and usability in mind, encoding accurate and standards‑aligned data, and ensuring full system compatibility, you create a labelling environment that actively supports productivity rather than hindering it.

Small improvements in labelling can remove unnecessary manual effort, reduce scanning errors, prevent misplacements, and streamline your entire supply chain. As technology and customer expectations continue to evolve, investing in robust labelling processes today will help safeguard efficiency, reduce costs, and improve traceability for years to come.

If you’re unsure where to start or want expert support in reviewing or upgrading your current labelling system, our team at GSM Barcoding is here to help. Whether you need advice on label media, design, printing systems, or compliance, we’re committed to helping you achieve a smoother, more efficient warehouse operation.

The post How to Get the Most Out of Warehouse Labelling appeared first on GSM Barcoding.

In this blog, we will look at how manufacturers can embrace the latest smart factory technologies to drive efficiency and productivity across their operations and what this can entail for your organisation. 

A shift from cost centre to profit enablement

Manufacturing has progressed beyond the strict zero-defect Kaizen principles, yet many people in operations still perceive the goal of achieving zero defects and high-quality production as a cost. Traditionally, manufacturing relied heavily on labour, which meant that quality control required more personnel on the production line. However, advancements in production technology—including Auto-ID barcoding, RFID data capture, and vision cameras that can instantly detect defects—have made it possible to attain zero defects with a modest investment in barcoding technology.

The integration of sensors, real-time data collection, and analytics into the production process enables management to respond immediately to changes in production, supply chain disruptions, quality issues, and production failures. This responsiveness improves quality, reduces production costs, and ultimately enhances customer satisfaction.

Workflow optimisation 

One area that is often overlooked in efforts to achieve efficiency in manufacturing is workflow optimisation. In 2026, there is a significant opportunity to implement smart barcoding technology to enhance the movement of materials and inventory handling. This can be accomplished by using vehicle-mounted terminals (VMTs) on forklifts, along with mobile computers and printers, to improve productivity and communication between the production line and logistics management. These advancements will facilitate better access to materials and inventory, ultimately leading to greater efficiency in the movement of internal resources.

The term “fluid factory” was adopted by the industry in 2026 to emphasise the importance of maintaining flexibility in internal workflows. Recent disruptions in the supply chain and the growing demand to introduce new products quickly have highlighted the need for adaptable production processes. Technologies like barcoding, including Zebra RFID and real-time location management sensors, facilitate real-time tracking and significantly enhance flexibility when necessary. These technologies have been widely implemented to improve workflow efficiency.

Connectivity across operations

Data drives decisions, and connectivity facilitates real-time communication. The modern factory relies on data collection from various technologies, including barcode scanners, RFID readers, machine vision cameras, asset sensors, and monitoring systems. These tools provide operations managers with vital information to make decisions that improve operational efficiency.

In 2026, the modern factory aims to connect disparate systems, whether through cloud-based servers or on-site data repositories. APIs and cloud-based systems play a significant role in breaking down barriers between systems, enabling communication among robotics, data capture technologies, and warehouse management systems. This integration is particularly crucial when operations are spread across multiple locations.

We can expect greater data integration in 2026, as exemplified by software development companies like Seagull Bartender. They have transitioned their label design and management software to the cloud and expanded their offerings to include stock control management, creating an interconnected solution with API integration that is suitable for both small and large multi-site operations.

We will see enhanced data integration, as demonstrated with Bartender, along with a greater emphasis on mobile working and communication across operations to improve flexibility and collaboration while on the move.

Takeaway for the Smart Factory for 2026

The Factory of the future has to be flexible and nimble to adapt to the external pressures from global supply chain disruption and be responsive enough to meet the productivity challenges.   Some of the main points to take away for your smart factory in 2026 include:

• Manufacturing adds value to the bottom line.  No longer just a cost centre a smart connected factory provides a competitive advantage for your organisation.  
• Barcoding & Auto-ID technology, including RFID, provides greater accuracy, reducing errors and improving quality control across your operations.  
• Smart barcoding technology can deliver a flexible factory with material movement and inventory handling.  
• Connectivity throughout and across operations reduces data silos and improves operational performance across organisations.   

If you’re ready to embrace the flexible data-driven factory of tomorrow, then feel free to speak to our experienced team at GSM Barcoding for the latest technology to help you achieve your smart operational objectives.   

The post Manufacturing for 2026: Future Technology for Smart Operations appeared first on GSM Barcoding.

The Zebra RFID Returnable Transport Item (RTI) Label offers a durable and high-performance method for encoding RFID labels in industries such as transport, manufacturing and retail.  The label enables RTIs to have a unique digital tracking ID that is captured by both fixed and handheld readers for Auto-ID data capture in real-time, with visibility of the containers’ locations and what they contain tracked as they progress through the supply chain. 

RTI Label Features

High Performance RFID Inlay

The labels feature the AD Dogbone M830 Inlay, designed to resist detuning from high-dielectric materials. It offers an extended read range and high data throughput, enhancing data capture in challenging environments. Equipped with the advanced Impinj M830 IC and Gen2X capabilities, it ensures reliability in complex deployments. The Dogbone shape optimises RFID antenna performance, allowing for accurate reads over longer distances in difficult radio frequency settings, such as warehouses and distribution centres.

High Level Performance

The labels are produced following ISO 9001 quality standards to reduce the likelihood of failed encoding. Zebra performs preliminary tests on the labels with RFID readers and printers to ensure top-notch performance within the industry. Moreover, advanced chips provide uniform label materials across orders, consistently delivering dependable, high-grade RFID labels and tags on every occasion.

Tough Industrial Design

The label is specifically designed for plastic containers. It features a thermal transfer synthetic facestock and a permanent adhesive that adheres effectively to reusable and returnable plastic containers. For optimal results, it is recommended to use the durable 5095 resin ribbon to produce a high-quality, long-lasting image.

Operational benefits of the Zebra Returnable RFID labels

1. Speed up repetitive workflows & operational procedures.
2. Track the contents of totes & crates across journeys.
3. Improved data capture, overcoming material interference.
4. Eliminate line of sight scanning.
5. Improve the speed and accuracy of data capture.
6. Durable labels – reduce the costs of label printing & replacements.  

If you’re looking to improve the tracking and tracing of your returnable tracking item (RTI) containers, then RFID solutions from Zebra & GSM Barcoding can provide an ideal solution.  Speak to one of our Label experts today for free guidance on the best labels for your operations.  

The post New Zebra RFID Returnable Transport Item (RTI) Labels appeared first on GSM Barcoding.

Key features of Link-OS v7.5 include:

• Compatibility with the New ZT610 600dpi Micro Label Printer: This upgrade provides significant enhancements tailored for improved printing capabilities with the new ZT610 printer model.
• APL-I Emulation Improvements: Optimised performance for applications requiring APL-I emulation.
• Enhanced Security Measures: This update includes European Union Radio Equipment Directive (EU RED) compliance and general security enhancements focused on wireless protection.

The new operating system will be accessible for download from Zebra’s official Link-OS product page on or before January 9, 2026

Frequently Asked Questions:

1. How do I download Link-OS v7.5?

  To obtain Link-OS v7.5, visit the Zebra support page https://www.zebra.com/us/en/support-downloads/drivers-operating-systems-firmware.html and enter your printer’s model name (e.g., “ZT411”). You can utilise tools like Z-Downloader to facilitate the upgrade process. For instructions on using Z-Downloader.

2. What is the cost of Link-OS v7.5?

   Link-OS v7.5 is offered as a free upgrade for eligible printers.

For more information, GSM Barcoding customers are encouraged to reach out to their account manager for more information and upgrade support.  

The post Zebra Introduces Free Upgrade for Printer Operating System appeared first on GSM Barcoding.

This modern guide from GSM Barcoding will help you understand how today’s labelling is changing for your industry—and how to choose the right label solution for a data-driven world.

Why Label Choice Matters More Than Ever

Labelling has evolved beyond simple product identification. In various sectors such as retail, healthcare, logistics, manufacturing, and field services, operations now depend on labels to enhance accuracy, supply chain resilience, automation, and regulatory compliance. Choosing the appropriate symbology, design and composition is essential if you want improved accuracy & efficiency, to boost productivity, reduce waste, and improve traceability.  All factors that directly impact performance across your organisation.  

Operations Managers are increasingly confronted with industry pressures, including the demand for shorter lead times and greater complexity in supply chains. These challenges have driven innovation in labelling, resulting in the introduction of QR codes, smart labels, traceable packaging, and more durable label materials. For label suppliers like GSM Barcoding, emerging technologies and digital printing have made these innovations accessible to a broader market, enabling shorter production runs, variable data printing, and quicker turnaround times.

Understanding Modern Barcode Technology

A barcode symbology defines how data is encoded and read, making your choice crucial for successful workflow automation. As of 2026, both 1D and 2D formats are affordable and popular, but their impact has dramatically evolved.

New Developments in Barcoding

Emerging AI-powered barcode recognition is an exciting development being adopted by leading scanner manufacturers like Zebra. This technology can effectively read damaged, obscured, or poor-quality codes – quickly and accurately. Its implementation in manufacturing and logistics settings has significantly improved scan success rates, particularly in fast-paced production workflows and sortation systems.

Mobile scanning is now a common practice in operations, with workers using standard smartphone cameras alongside enterprise-grade decoding apps. This advancement has made high-quality industrial scanning accessible in environments where it was previously unavailable, such as field operations. Although smartphones may have limitations in industrial applications, their impact on service delivery is increasingly notable.

In addition, the latest advancements in 2D barcodes and the GS1 Digital Link offer innovative digital traceability & look up functions for operations. These developments allow packaging to connect directly to online product data, enabling authenticity checks, sustainability information, and enhanced consumer engagement. This technology is enhancing supply chain transparency & consumer interaction across various industries, reducing fraud and improving consumer safety.  

Common Symbology for Today’s Industrial Workflows

The variety and innovation in coding symbology have significantly increased, with certain codes being better suited for specific applications and industries. System designers should choose codes carefully, as this choice can impact both data capture and the workflow. It is advisable to consult with GSM Barcoding when specifying code labels. Some of the most common codes used for labels include:

Code 128

One of the most versatile one-dimensional barcode symbologies capable of encoding alphanumeric data, encompassing all 128 ASCII characters, within a compact format. This type of barcode is frequently utilised in logistics labelling and packaging due to its dense design, which makes it particularly suitable for applications where space is at a premium.

Code 39

A variable-length 1D barcode symbology developed to encode alphanumeric characters. It is commonly used in the automotive, manufacturing, and defence industries for inventory tracking and asset tagging. This coding system is particularly effective in environments where there is space for labelling, ensuring clear identification and tracking. 

QR Codes & Data Matrix (2D)

QR codes have become increasingly popular and are now used in various sectors due to their accuracy and the ease of image capture they provide. They enhance interactivity for consumers and are commonly found in retail, events, packaging, and smart labels. Recent advancements have expanded their applications to include high-capacity data encoding, which improves data capture capabilities. Additionally, the integration of the GS1 Digital Link further enhances their role in promoting transparency and traceability.

Smart Labels: RFID, NFC & IoT Integration

Smart labelling technology enhances traditional barcoding by incorporating a layer of digitisation, which enables more automated data capture, often without line-of-sight scanning, improving tracking throughout the supply chain. These smart labels are expanding beyond narrow applications as confidence grows, their costs decrease, and they are now becoming common across various sectors, including retail, logistics, manufacturing, healthcare, and field services. Smart labels provide valuable data for more complex workflows and facilitate better interactions for both consumers and supply chain professionals. 

RFID Labels

The original smart label RFID has achieved rapid expansion in recent years as the price for passive tags has decreased and the technology has improved. RFID (Radio Frequency Identification) technology is largely driven by its ability to enhance operational efficiency, with reads rather than scans being conducted faster. RFID offers significant advantages, including real-time inventory visibility for items with active tags, automated data capture via portals and gates, the ability to read multiple tags simultaneously, and the capability to read labels without needing a direct line of sight.

Operations can choose between passive tags and active tags depending on whether they need to track items in real-time and their budget. Companies that adopt RFID labels often experience a strong return on investment, as RFID helps reduce shrinkage, improve accuracy, and expedite supply chain operations.

Industry applications include:

• Automated warehouse tracking
• Retail stock‑level monitoring
• Encrypted RFID tags protecting pharmaceutical supply chains.
• Tags can be rewritten to improve tracking for WIP.

If you would like a FREE RFID consultation, speak to one of our team, and we will be happy to advise what is the best label technology for your operations.   

NFC Labels

Near Field Communication (NFC ) media are labels or tags that add a digital layer to your labels using embedded chips that enable short-range wireless communication to devices like smartphones.   NFC labels add interactive content to your label, expanding the information that you can provide, such as product information and connectivity to inventory management and warehouse automation data.

 Application uses of NFC labels include:

• Product authentication
• Interactive marketing
• Identity & access control
• Inventory & Asset management

NFC labels foster trust by allowing customers to verify the authenticity of their purchases, while also offering interactivity. This makes them a popular choice for premium and regulated products such as wines, spirits, pharmaceuticals, and electronics.  Businesses that wish to adopt NFC tags enable greater communication with their customers whilst keeping their material label design minimalist.  

IoT‑Enabled Labels

The integration of labels with Internet of Things (IoT) sensors for data capture represents a significant advancement in the industry, offering real-time updates on environmental conditions and variables that may impact machines and items in transit. Labels are generally classified based on their communication methods and power sources. Passive tags, such as NFC or RFID, derive their energy from the reader’s signal, while typical IoT labels use Bluetooth Low Energy (BLE) technology and may also incorporate GPS or semi-passive tags. IoT labels enable you to:

• Automatically log events
• Remotely monitor conditions
• Real-time supply chain visibility
• Conduct real-time location (RTL) tracking

IoT‑connected barcodes/RFID tags are increasingly used in cold-chain distribution and environmental monitoring to monitor the condition of stock in transit, improving the quality and accountability of items in the supply chain.   IoT labels are also used for assets such as machinery and plant, where the capture of live sensor data helps with day-to-day monitoring and maintenance, reducing costs and the risk of downtime.  

Modern Labels Across Industries

Many industry sectors are experiencing significant improvements due to advances in barcoding labels. The primary benefits of compliance, accuracy, and speed are especially important in areas where high-volume processing is essential, and precision is crucial.

Laboratory & Healthcare Labels

In environments where precision is paramount, the importance of clear and accurate labels cannot be overstated—blurred or erroneous lab labels can lead to clinical delays, costly rework, and significant risks to patient safety. 

Healthcare requires specialist label materials and adhesive solutions that are designed to withstand the rigorous testing, storage, and cleaning requirements typical in laboratory environments, while also demonstrating resistance to degradation.  Code 128 and Data Matrix barcodes continue to be the popular choice in applications requiring labels with minimal space, such as patient identification, medication management, and tracking medical equipment and samples, demonstrating their application in small areas.

Using AI-driven scanners enhances reliability and is invaluable in situations where labels may be damaged or contaminated, ensuring seamless data capture even in challenging conditions.  The emergence of AI in healthcare can contribute to greater accuracy and quality control from the laboratory to the issuing of medication, providing great opportunities in the industry.  

Moreover, healthcare organisations are increasingly embracing RFID & RTLS technology in patient tracking and paving the way for efficient equipment tracking and the diligent monitoring of high-value assets, ensuring every crucial item is accounted for and monitored with total accuracy.

Automotive & Industrial Labels

Durable, chemical-resistant labelling is essential for automotive and industrial workflows. It supports effective parts tracking, safety communication, and precise component traceability. These environments often expose labels to harsh conditions, including heat, abrasion, oils, solvents, and constant handling, making material durability and print resilience critical for ensuring system reliability.  Looking ahead to 2026, several key trends are shaping labelling in these sectors:

Increased demand for labels that can withstand extreme heat, oil, and solvents. Automotive operations require labels capable of withstanding exposure to chemicals, coolants, degreasers, lubricants, and high-temperature manufacturing processes. This is especially important for components under the bonnet, engine parts, and assemblies moving through paint shops, machining cells, and metal fabrication lines.

Continued use of Code 39 and Code 128 standards. These industry-trusted symbologies remain the backbone of automotive and industrial identification systems. Code 39 is widely used due to its flexibility and compatibility in manufacturing and defence environments, while Code 128 enables denser encoding for complex workflows where space is limited. Their longevity reflects decades of reliable performance in demanding environments.

Growing adoption of Smart Label technology to support lean manufacturing efficiency.  As operations become more digitised, the adoption of RFID, NFC, and IoT-enabled labels is accelerating. These technologies facilitate automated asset management, real-time location tracking, visibility of work in progress, and improved error reduction on the factory floor. Smart labels help organisations reduce waste, optimise inventory control, and strengthen traceability across multi-stage production workflows—key components of modern lean methodologies.

Moreover, many facilities are beginning to integrate AI-driven scanning to compensate for damaged or low-quality labels found in rugged industrial settings. This improves first-time read rates on production lines with fixed AI scanners and ensures continuity, even when labels encounter wear during machining, assembly, and logistics handling.

The evolution of automotive and industrial labeling goes beyond simply achieving greater durability; it focuses on facilitating smarter, faster, and safer workflows. As operations increasingly adopt digital transformation initiatives, a clearly defined labeling strategy becomes essential for ensuring compliance, accuracy, and long-term efficiency throughout the entire supply chain.

Choosing the Right Label: A Modern Checklist

When selecting your label, consider the following points:

• Environment: heat, moisture, chemicals, abrasion

• Regulatory compliance: especially in healthcare, food, and pharmaceuticals

• Data Capture method: mobile, fixed, IoT, RFID readers

• Data needs: track & trace, consumer engagement, compliance

• Print technology: Traditional Barcode labels printing vs Smart Label encoding

• Automation readiness: integration with ERP, IoT or warehouse systems

Looking Ahead: Total Labelling Solutions for the Modern Business

As labelling technology continues to evolve—integrating AI, smart sensors, symbology evolution, and digital transformation—choosing the right label has never been more essential. From durable automotive labels and high‑accuracy healthcare solutions to smart RFID/NFC options and specialist materials, GSM Barcoding can support every element of your labelling strategy.  Speak to one of our advisors today for a sample, a quote or expert advice on labels. 

The post Labelling in a Connected, Data‑Driven World appeared first on GSM Barcoding.

Why ADSTEC Leads in Industrial IT

For more than 40 years, ADSTEC has designed and manufactured industrial computers and IT systems from its Stuttgart headquarters—maintaining tight engineering control and consistent German‑grade quality. Their technology portfolio supports mission‑critical operations across sectors such as pharmaceuticals, automotive, manufacturing, and logistics.

Industrial teams choose ADSTEC because of its reputation for secure, in‑house–developed solutions that integrate seamlessly with digital management systems and reduce total cost of ownership (TCO). Their platforms incorporate firewalls, data acquisition, and cloud capabilities to strengthen operational resilience and ensure continuity.

Engineered for Industry 4.0 Transformation

ADSTEC’s product lineup reflects the growing demand for modular, highly secure, and connected industrial IT. From ultra‑rugged panel PCs to shop‑floor data terminals and industrial routers, their ecosystem is designed to scale with modern digitisation efforts.

SHP9000 Hygienic Industrial Panel PC

Introducing the SHP9000 stainless-steel industrial touchscreen system that meets IP69 standards, designed specifically for the stringent hygiene requirements of food, chemical, and pharmaceutical production lines. This durable system features multi-touch input and is built to withstand demanding wash-down environments. A multiple award-winning product, it is both flexible and versatile, allowing for quick installation and easy adaptation to your industrial operations. Discover more today!

MES900 Industrial Panel PC

Powered by 8th‑generation Intel® processors, the MES900 delivers high performance and a full HD display, making it ideal for demanding HMI applications on the shop floor.  Built for modern visualisation and operations of machines and plants, the MES9000 is the latest panel PC from ADSTEC for the production of the future.   For more information on Industrial panels for your factory, contact our barcoding advisors.  

VMT9000 Vehicle & Logistics Terminals

Stay connected on the go with the rugged ADSTEC VMT9000 Android-based terminals, optimized for forklifts and logistics vehicles. These terminals are designed for maximum connectivity and durability in warehouse, industrial, and agricultural environments. Featuring a fanless design, these vehicle-mounted terminals deliver strong performance and are ideally suited for use in agricultural vehicles and construction machinery, thanks to their robust die-cast aluminum housing that provides excellent protection.  The VMT9000 leads the way in vehicle-mounted terminals for industry.  

9000‑Series Industrial Terminals

Transform your shop floor management with the powerful MES9000-series industrial terminals. These cutting-edge devices are designed to seamlessly collect machine and operational data, establishing a vital connection between production management and the shop floor.  By integrating these terminals, you will streamline operations and enable immediate data entry at manual workstations, drastically reducing the reliance on outdated paper processes. This technology will help you elevate productivity and maintain a competitive edge in the manufacturing industry.

Strengthening Your Industrial IT Ecosystem

Beyond hardware, ADSTEC delivers a comprehensive security and networking stack. Their industrial routers and firewalls—such as the IRF3000 and IRF1000—provide stable, encrypted communication between machines, systems, and central IT infrastructure, even under harsh industrial conditions.

This secure foundation supports high‑availability operations and enables resilient, scalable connectivity across the factory network.

Remote Services & IoT Readiness with Big‑LinX

As factories evolve toward integrated IoT ecosystems, remote accessibility and real‑time insight become critical. ADSTEC’s award‑winning Big‑LinX platform enables secure remote maintenance, reduces downtime, and simplifies the management of distributed industrial systems.

This cloud‑based approach supports:

• Lower operational costs through reduced downtime
• Seamless Industry 4.0 and IoT integration
• Efficient remote troubleshooting and system supervision

ADSTEC + GSM: A Partnership for Industrial Excellence

Together, ADSTEC and GSM Barcoding deliver complete industrial IT solutions that enhance productivity, scalability, and connectivity across your operations. Whether you’re modernising a legacy factory or scaling a smart‑manufacturing environment, this partnership equips you with the tools and support to move confidently into the era of connected production.

The post ADSTEC: High‑Performance Industrial IT for the Connected Factory appeared first on GSM Barcoding.