GSM Barcoding

Preventing Barcode Scanning Downtime in Fast-Paced Warehouses

2026-06-09T10:10:35Z

In today’s warehouse environments, speed and accuracy are everything.

From supply and inventory management to order picking and dispatch, barcode scanning technologies play a critical role in keeping operations running smoothly. As warehouses continue to embrace automation and real-time data capture, barcode scanners have become one of the most relied-upon tools on the warehouse floor.

However, barcode scanner performance isn’t completely fail-safe. Unfortunately, barcode scanning downtime can have a significant impact on warehouse operations.

And it normally only begins with a few small issues that gradually build over time. A scanner that takes a couple of extra seconds to read a barcode, unreliable connectivity problems or increasing failed scans may seem inconsequential at first…

Yet across thousands of transactions each day, even these minor disruptions can quickly turn into reduced accuracy, lost productivity, and operational bottlenecks.

That’s why understanding the common causes of barcode scanning issues and implementing preventative measures can help organisations maintain efficiency, improve data accuracy and minimise costly downtime. Read on to learn more.

The Hidden Cost of Barcode Scanning Downtime

Warehouses are ultimately designed around efficient workflows.

Each and every process, from receiving inventory to shipping customer orders, depends on accurate data capture that happens quickly and effectively.

But when barcode scanners fail to perform as expected, employees may be forced to manually enter information, repeat scans or even stop the process altogether so that the issues can be investigated.

Even a few additional seconds per scan can accumulate into significant losses in productivity across an entire operation.

And it doesn’t end there. Poor scanning performance can also contribute to:

Supply chain bottlenecks
Compliance and safety risks
Delayed order fulfilment
Inventory discrepancies
Reduced visibility across warehouse operations

As businesses increasingly rely on integrated warehouse management and inventory systems, reliable barcode scanning becomes essential for maintaining continuity across operations.

Common Causes of Barcode Scanner Performance Issues

Barcode scanners are usually built to withstand demanding environments, but several factors can affect their performance over time. Let’s take a closer look:

Dirty or damaged barcode scanners

One of the most common causes of declining scanner performance is surprisingly simple: dirty or damaged scanner lenses.

Warehouse environments can expose equipment to dust, dirt, grease and other airborne contaminants. Over time, this can accumulate on scanner lenses, making it more difficult for devices to accurately read barcodes, leading to slower scan times and an increase in failed reads.

Routine cleaning schedules can help prevent these issues before they affect productivity.

Damaged or poor-quality barcode labels

Even the most advanced barcode scanner can struggle when presented with a damaged barcode.

Labels may become scratched, torn, faded or contaminated through handling, transportation or exposure to harsh environments. In some cases, labels may have been poorly printed from the outset, resulting in low contrast or inconsistent barcode quality.

When barcode quality deteriorates, scanners require additional time to decode information, increasing the likelihood of failed scans and workflow interruptions.

The solution? Selecting durable barcode labels and ensuring they are produced using suitable materials and printing technologies can significantly improve long-term scan reliability.

Wireless connectivity and interference

Many modern warehouse operations rely on wireless barcode scanners and mobile computers for real-time data capture and the freedom of being able to move freely around the warehouse.

While wireless technologies offer this flexibility and mobility, they also introduce potential connectivity challenges. Large metal storage racks, stock density and operational movement can all contribute to signal interference.

Metal surfaces, in particular, can reflect wireless signals, absorb radio frequencies, block signal paths, and create inconsistent coverage patterns.

Proper radio frequency analysis and predictive planning, underpinned by regular network assessments, enable warehouses to identify any potential issues and ultimately improve their wireless connectivity.

Outdated or incompatible firmware and software

Barcode scanner manufacturers, like Zebra and Honeywell, continually develop firmware updates to improve device performance, compatibility and security.

Unfortunately, firmware management is often overlooked once devices have been integrated.

Outdated or incompatible firmware can sometimes contribute to slower performance, security issues or compatibility challenges with newer software platforms.

Establishing a regular update to your firmware not only enhances the longevity of your devices and improves scanning speeds, but it can also prevent unexpected downtime and protect sensitive data against cybersecurity threats.

Environmental Factors That Affect Scan Accuracy

Warehouses present unique environmental challenges that can directly influence scanning performance.

Lighting conditions

Lighting plays a larger role in barcode scanning accuracy than many organisations realise.

Glares and reflections caused by bright lighting, glossy packaging (think shrink wrap) or insufficient lighting and excessive shadows can all impact how effectively scanners interpret barcode data and readability.

In these environments, selecting scanners with advanced imaging technology can significantly improve read rates the first time around.

Assessing the lighting conditions in the warehouse and adjusting them accordingly can also improve the long-term reliability and performance of barcode scanners.

Temperature, dust and industrial conditions

Not every warehouse environment is the same.

Cold storage facilities, manufacturing sites and outdoor logistics operations can expose scanning equipment to challenging conditions that exceed the capabilities of standard devices.

Extreme temperatures, moisture, airborne contaminants and constant physical handling can all contribute to accelerated wear and reduced scanner performance.

Choosing a rugged industrial barcode scanner designed specifically for these environments can significantly improve reliability, speed and reduce the likelihood of unexpected downtime.

Why Choosing the Best Barcode Scanner Matters

When organisations experience scanning issues, the root cause is not always maintenance-related. In some cases, the scanner itself may not be suited to its application.

Because there is no single best barcode scanner for every warehouse environment. One size certainly doesn’t fit all.

A scanner that performs well in a small stockroom may struggle in a high-volume distribution centre or industrial manufacturing facility. Factors such as scanning distance, barcode quality, and environmental conditions all influence which device is most suitable.

Modern industrial barcode scanners offer advanced capabilities, including:

High-speed barcode decoding
Long-range scanning
Reading damaged or poorly printed barcodes
Advanced imaging technology on challenging surfaces (shrink wrap, reflective surfaces, or in low-light conditions)
Consistent, repeatable results
Wireless mobility
Rugged construction for demanding environments

Selecting the right scanner for the task can help reduce scan failures, improve efficiency and support long-term performance.

This is why many organisations choose to work with experienced barcode technology providers. At GSM Barcoding, our expert team will assess the requirements of your applications and recommend the most appropriate solution. Drawing on over 40 years of experience, we support businesses in improving their barcode scanning accuracy, efficiency and traceability.

The Role of Inventory Management Software

Reliable barcode scanning is only one part of an effective warehousing operation.

The data captured by barcode scanners must integrate seamlessly with your existing warehouse and inventory systems to deliver optimal value.

Because if a scanner loses connection or the data fails to synchronise correctly, inventory records, stock updates and transaction processing can all quickly become inaccurate.

Businesses evaluating the best inventory management software should consider how effectively the platform works with barcode scanning technologies.

When barcode hardware and software work together effectively, organisations can benefit from:

Real-time inventory visibility
Enhanced traceability and auditing
Reduced labour costs
Improved inventory accuracy
Faster order processing
Reduced manual data entry and human error

A well-integrated barcode ecosystem helps ensure data flows efficiently throughout the organisation, supporting productivity at every stage of the supply chain.

Building a Preventative Maintenance Strategy

Preventing issues is often far more cost-effective than reacting to arising failures only after they happen.

That’s why devising a proactive maintenance strategy is essential. This plan should include:

Scheduled cleaning programmes

Keeping scanner lenses clean can significantly improve scan accuracy and device longevity.

Automated asset management system

Improved time management is crucial when building a preventative maintenance strategy.

The best inventory management software not only helps identify potential issues before they become critical, but they also support regularly planned maintenance.

Our G-Smart software provides a comprehensive network that streamlines the entire process by eliminating the need for physical paperwork. This enables businesses to edit and access their asset tracking from any location, at any time.

Asset tracking labels

These labels are an effective solution for optimising preventative maintenance programs. By easily identifying each asset through a handheld computer, asset tracking labels can track the location and condition of each of your mobile assets.

This provides businesses with essential data from the last maintenance check about their barcode scanners and other assets, unlocking full visibility and subsequently optimising asset maintenance.

Standardising maintenance procedures

Regular inspections help identify signs of wear, damage or declining performance before they impact operations.

Automating planned procedures helps managers prepare for upcoming maintenance and ensure barcode scanner checks continue to be carried out safely and quickly.

Supporting Warehouse Performance with the Right Barcode Technology Partner

Maintaining reliable barcode scanning performance requires so much more than simply purchasing hardware.

Successful warehouse operations depend on selecting the right combination of scanners, mobile computers, labels, printers and software solutions that align with your specific requirements and operating environments.

At GSM Barcoding, we work with organisations across warehousing, manufacturing, logistics and distribution to deliver complete barcode and Auto-ID solutions that are designed for demanding environments.

With expertise spanning barcode scanners, mobile computers, industrial printers, labels and software, our team helps businesses identify the technologies best suited to their applications, all while providing ongoing support to maximise performance and reliability.

Keeping Warehouse Operations Moving

By understanding the common causes of scanner performance issues and implementing proactive maintenance practices, organisations can reduce disruption, improve accuracy and maintain productivity across their operations.

Whether you’re evaluating the best barcode scanner for a new warehouse project, looking for the best inventory management software or reviewing your existing infrastructure, taking a preventative approach can help ensure your barcode systems continue to perform when it matters most.

For expert advice on barcode scanners, mobile computers, software and complete warehouse data capture solutions, get in touch with our GSM Barcoding team today.

The post Preventing Barcode Scanning Downtime in Fast-Paced Warehouses appeared first on GSM Barcoding.

Join the GSM team at Smart Manufacturing Week 2026

2026-05-27T09:47:47Z

After a successful event last year, GSM is poised to exhibit at the Design + Engineering show, an integral part of Smart Manufacturing Week, taking place at the NEC Birmingham on June 3rd and 4th.

Smart Manufacturing Week is about unifying the key players, technologies, and ideas driving the future of UK manufacturing and engineering. This event is crafted to empower organisations at every stage of their smart manufacturing journey by connecting strategy, innovation, and practical execution.

Packed with insightful expert-led content, meaningful connections between peers, and the most extensive showcase of products and services in the market, it stands as the UK’s premier event of advanced manufacturing and engineering. This event tackles the most pressing challenges facing our industry directly across hardware, software, and integrated solutions.

GSM will prominently display our full suite of labelling solutions, which includes:

Product Branding Badges
Barcode & Serial Plates
Graphic Overlays & Control Panels
Labels & Nameplates
Barcoding Technology

Our stand will feature samples for you to examine, showcasing the exceptional work we’ve done for our clients, while Phil and Bob will be available to discuss your specific requirements in detail.

Secure your ticket now by clicking here.

If you can’t make it to the show, reach out to us to request your free brochure or discuss your needs with our dedicated team.

The post Join the GSM team at Smart Manufacturing Week 2026 appeared first on GSM Barcoding.

What Makes a Barcode Label ‘Industrial Grade’?

2026-06-09T10:11:11Z

Barcode labels are everywhere. They can be found across virtually every industry, from retail and healthcare to manufacturing and logistics.

But while many labels may look similar at a first glance, not all barcode labels are designed to perform under the same conditions.

In warehouses, production facilities and outdoor environments, industrial equipment labels are often exposed to harsh conditions that would quickly damage a standard paper label. Moisture, chemicals, extreme temperatures and constant handling can all impact a label’s ability to remain readable and scannable over time.

This is where industrial-grade barcode labels come into their own.

An industrial-grade barcode label is ultimately not defined by a single material or feature; it’s the combination of material, adhesive, print technology and environmental testing working together to ensure the barcode remains scannable throughout its intended lifespan.

At GSM Barcoding, we regularly work with manufacturers, warehouses, healthcare providers and logistics organisations that rely on barcode technology to maintain visibility, traceability and operational efficiency. Because in these environments, label performance can have a direct impact on productivity and data accuracy.

So, what exactly makes a barcode label industrial grade?

Industrial Equipment Labels: Built for Challenging Environments

The primary difference between a standard barcode label and an industrial-grade label?

Durability.

Because in many industrial settings, labels must remain legible for years, rather than weeks or months.

Whether they need to identify machinery, track returnable assets or support inventory management processes, industrial equipment labels are often expected to survive conditions far beyond the safety of conventional environments.

Common environmental challenges include:

Extremely cold and hot temperatures
Corrosive substances like acids, engine fluids, solvents and other hazardous materials
Abrasion caused by handling, transportation or machinery
UV exposure from outdoor use
Dust, dirt and contaminants

But when a barcode label fails, the consequences often extend far beyond the cost of replacing a label.

The Hidden Cost of Barcode Failure

In manufacturing environments, unreadable barcodes can delay shipments, disrupt production workflows and impact inventory tracking. In healthcare settings, accurate identification is essential for not only maintaining visibility and traceability, but also preventing non-compliance and safety hazards.

Organisations are increasingly relying on integrated barcode systems, scanners, mobile computers and software platforms to capture and share data in real time. So, when barcode labels fail, the effectiveness of the entire system can be compromised.

Industrial equipment labels are designed to minimise these risks by maintaining their integrity throughout their intended lifespan.

The Importance of Material Selection

Choosing the correct material is one of the most important steps in developing an effective industrial labelling solution.

While paper labels are suitable for many everyday applications, industrial environments typically require more durable materials that offer enhanced resistance to environmental exposure and wear and tear.

Polyester labels

Polyester is one of the most widely used materials for industrial barcode labels.

Known for its excellent durability, polyester offers strong resistance to solvents, UV exposure, adverse weather conditions and harsh abrasion. It’s commonly used for product information and identification labels.

Polypropylene labels

Polypropylene provides a balance between durability and flexibility.

Offering resistance to oil, chemicals and moisture, this synthetic material is ideal for applications like food packaging and cleaning products where labels need to withstand handling and transportation without deteriorating.

Polyethylene labels

Some industries require labels capable of surviving exceptionally harsh conditions.

Another material that offers not only flexibility and conformability but also durability and tear resistance for industrial and more extreme environments is polyethylene. This material is engineered to maintain performance where conventional label stocks would fail.

Anodised aluminium labels

This hard-wearing material offers additional protection to an already sturdy barcode. Anodising is a process that involves the aluminium being electrically charged with a sulphuric acid and electrolyte bath.

Once the barcode is sealed, these nameplates are extremely durable, supporting the label in resisting abrasion, UV exposure and chemicals.

Why Adhesives Matter Just As Much As the Label Material

Even the most durable label materials are ineffective if they fail to remain attached to their applied surface.

These surfaces might include:

Curved or flexible surfaces
Surfaces exposed to sea spray, petrol and diesel oil, grease and chemicals
Powder-coated, textured or rough surfaces

Each surface represents unique challenges, which is why adhesive selection is a critical part of barcode label design.

Different applications may require:

Permanent adhesives for long-term identification
High-tack adhesives for difficult surfaces
Freezer-grade adhesives for cold storage environments
Heat-resistant adhesives for manufacturing processes

An adhesive that performs perfectly in a warehouse may not be suitable for an outdoor application or production line. That’s why understanding the environment in which a label will be used is invaluable for ensuring long-term reliability.

Adding an Extra Layer of Protection

More often than not, industrial equipment labels benefit from an additional layer of protection.

Coatings and laminates

Protective coatings and laminates can significantly improve a label’s resistance to abrasion, chemicals and environmental exposure, helping to preserve barcode readability throughout its lifespan.

At GSM Barcoding, we can chemically treat our labels to ensure they can withstand the harshest of substances and extreme conditions.

For example, hard-wearing or weather-resistant protective coatings can be applied to make a label suitable for challenging elements found in automotive settings and laboratory environments.

UV-Resistant Finishes

For outdoor applications, UV-resistant coatings help prevent fading and deterioration caused by prolonged exposure to sunlight.

These protective features are particularly valuable for labels that need to remain scannable over several years.

Industrial Label Printing: Thermal Transfer as a High-Quality, Durable and Versatile

But material selection is only part of the equation.

The industrial label printing method used to produce a barcode label can have a significant impact on its durability.

For industrial applications, thermal transfer printing offers resilience, versatility, and the ability to produce high-quality prints on a wide range of materials.

Unlike direct thermal printing, which creates images on heat-sensitive paper, thermal transfer printing uses a ribbon to apply heat and transfer the design. In turn, this method offers more stability and long-lasting prints.

The result is a crisp, high-quality barcode capable of maintaining readability and scannability throughout demanding operational environments.

The Industrial Barcode Label Ecosystem

As we’ve mentioned, consistent, long-term performance depends on more than the label alone. The printer, ribbon, scanner, and software all play a role in creating an effective identification system.

Drawing on more than 40 years of experience across barcode printers, scanners, labels and Auto-ID technologies, GSM Barcoding understands that a well-designed barcode solution considers the entire process, from label production through to data capture and integration.

Barcode Scanner Reliability Is the Ultimate Test

No matter how durable a label appears, its true purpose is to be scanned accurately and consistently. There’s simply no room for error.

Modern facilities increasingly rely on advanced data capture technologies as they can process large volumes of information quickly and efficiently. However, barcode scanners still depend on one critical factor: barcode quality.

A damaged, faded or poorly printed barcode can disrupt workflows, cause bottlenecks in the supply chain and even lead to significant expenses and regulatory non-compliance.

As manufacturing and logistics environments become increasingly automated, scan reliability remains one of the most important considerations when selecting a barcode label solution.

How Industrial Equipment Labels Are Tested

Industrial barcode labels should not simply be assumed to be durable; their performance should be validated through testing.

Depending on the application, industrial equipment labels may undergo a range of rigorous testing processes to evaluate long-term performance.

This works to support quality assurance and compliance with recognised industry standards, ensuring we can give our clients the confidence that the inks and materials used on these barcodes won’t fade or discolour.

Choosing the Right Industrial Barcode Label

There is no universal industrial barcode label that works for every application.

When selecting an industrial barcode label, organisations should consider:

The application surface
Environmental exposure
Expected lifespan
Scanning requirements
Regulatory or compliance obligations
Industrial label printing technology

Taking these factors into account helps ensure the chosen label delivers reliable performance throughout its intended lifecycle.

Engineered for Long-Lasting Performance

As organisations continue to invest in automation, data capture and digital transformation initiatives, barcode reliability becomes increasingly important. A label that remains readable after years of exposure to chemicals, abrasion or extreme temperatures can help maintain productivity, support compliance, and improve operational visibility.

At GSM Barcoding, we help organisations build complete barcode and Auto-ID solutions that deliver reliable performance in demanding environments.

Combining over 40 years of expertise with leading technologies, we provide labels, printers, scanners, mobile computers and technical support that help businesses improve accuracy, efficiency and traceability across their operations.

Get in touch with one of our experts today to learn more about how we can help you drive efficiency, visibility and connectivity throughout your operations.

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A Guide to Choosing IT for Strict Hygiene Production Environments

2026-04-22T10:16:20Z

Maintaining hygiene is essential for operations managers in production facilities, especially in the food and pharmaceutical industries. To comply with industry regulations and prevent quality issues and product contamination, strict hygiene standards must be maintained. These standards apply not only to the production line but also to the industrial IT systems and employee workstations used throughout the production process. IT devices, which are crucial for process visualisation and quality monitoring, should be designed to be sterile and easy to clean and built to withstand rigorous sanitation procedures.

In this blog, we are going to look at the specification criteria for industrial IT and issues to be considered by IT and operations managers in strict hygiene quality control environments.

Hygiene Regulatory and Design Considerations

Many regulations and standards must be considered for hygiene-critical industries, such as pharmaceuticals and food production.

Regulation (EC) No 1935/2004 – Regulations governing materials and articles intended to come into contact with food (FCMs) ensure that items like packaging, containers, and machinery do not transfer harmful components to food. These regulations are designed to protect health, maintain the composition of food, and preserve its taste and smell. They specify that materials and articles in contact with food must be inert, meaning they should not release any substances that could compromise food safety or quality.

Regulation (EC) No. 852/2004 – This applies to all food businesses within the EU and requires that equipment in contact with food is constructed and maintained to minimise the risk of contamination and is easy to clean and disinfect at critical control points.

Standards such as DIN EN 1672-2 and the EHEDG guidelines provide essential criteria for hygienic design, including material selection and functional requirements. These frameworks are crucial for ensuring hygienic practices in food processing. The DIN EN 1672-2 standard establishes European safety requirements for machinery, focusing on materials and cleanability. Meanwhile, the EHEDG guidelines offer detailed, practical engineering instructions to help meet these standards and ensure safe food production.

In the pharmaceutical industry, key risks include exposure to potent compounds, solvent fumes, and hazardous dust from milling or blending. Cross-contamination threatens worker health and medication effectiveness. To mitigate these issues, manufacturing facilities must comply with regulations such as OSHA and ISO.

To comply with these standards, computers and HMI operating units used on the machine floor must withstand harsh cleaning procedures, including high-pressure washdowns, and be designed to prevent the build-up of contaminants.

Design for IP Ratings and Hygienic Standards

As manufacturing becomes more digitalised, there is a need for terminals in food and pharma processing environments to meet stringent hygiene standards, with stainless steel and sealed units a key specification factor to prevent bacterial growth and cross-contamination.

One of the most important features for a computer in these environments is its protection class. Devices must be dust-tight and waterproof. IP66 is standard, while IP67 (submersible) and IP69K (high-pressure, high-temperature washdowns) are required in high-hygiene zones.

Proper material selection is critical to design. Stainless steel is a favoured material as it’s resistant to water, steam, humidity, and food acids. Equipment should feature seamless, corrosion-resistant stainless steel, free of dead spaces, crevices, or sharp edges where bacteria can thrive.

Hygienic Design Features

The overall design of the web panel or HMI (Human-Machine Interface) is essential for maintaining hygiene. A seamless, single-piece housing with minimal joints and crevices is crucial to prevent dirt and residue from accumulating. For instance, the SHP9000 series stainless steel web panels from ADSTEC feature a fully enclosed steel housing that complies with EHEDG guidelines. This seamless and hygienic design facilitates easy, quick, and residue-free cleaning, which is perfectly matched to meet the high standards required in mechanical and factory engineering within the food and pharmaceutical industries.

Advancing Production with the Smart Factory

In the age of the connected factory & Industry 4.0, hygienic production terminals enable real-time process visualisation and paperless manufacturing. Features to look for in specifying your industry technology include:

Hygienic Design
Future-proof hardware
Easy & flexible assembly
Easy integration

This shift to intelligent, hygienic systems, like the combination of the ADSTEC turnkey industrial solutions, helps improve communication, increase productivity, and ensure the highest standards of safety in food and pharmaceutical production.

Bespoke IT for your production environment

If you operate in the food or pharmaceutical sector, your computers must be IP69 K-rated and feature a hygienic design to withstand rigorous cleaning and prevent contamination. Transition to intelligent, hygienic systems like the SHP9000 series will help improve visibility, boost productivity, and ensure hygiene compliance. ADSTEC can help develop total turnkey solutions from web panels and terminals to vehicle-mounted terminals and the secure backbone network for your production facilities. With complete build and design control of its IT solutions, you can customise the technology to your needs, so no need to compromise. Contact us today to explore the right hygienic IT solution for your operations.

The post A Guide to Choosing IT for Strict Hygiene Production Environments appeared first on GSM Barcoding.

Save More with Zebra’s ZeroLiner™ Platen Protection Program

2026-04-16T12:19:46Z

Get Replacement Platen Rollers at No Cost

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.

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GSM Barcoding Launches Refreshed Website to Enhance User Experience

2026-04-16T10:49:38Z

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.

RFID and NFC: The Future of Industrial Labelling

2026-04-16T09:37:30Z

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.

Zebra Trade Up Promotion 2026

2026-04-08T11:44:43Z

Zebra are offering an opportunity for great discounts on upgrading your barcoding technology in 2026. There are significant discounts available when customers trade up to select Zebra printers and scanners from qualifying Zebra or third-party printers and scanners.

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.

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Big Discounts on Zebra ZipShip Labels

2026-04-07T10:26:17Z

Zebra technologies, the leading barcoding technology printer and scanner manufacturer are offering a time limed offer on their approved Zipship labels. Get your discount today on 3 boxes of supplies from the top 50 most popular ZipShip Labels for every printer you own.

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.

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Zebra Essentials Range

2026-04-07T10:26:18Z

In this fast-paced world, your technology matters. It impacts your daily operations, margins and customer satisfaction.

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.

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How to Get the Most Out of Warehouse Labelling

2026-04-07T10:26:18Z

In operations management, attention to detail is crucial. When managing a warehouse or distribution centre, the complexity of numerous small movements and transactions means that even the tiniest mistake can result in items being misplaced, incorrectly stored, or damaged. Over time, these errors can lead to significant financial and reputational consequences for your operations.

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:

Understanding the workflow processes.
Specifying the right label media.
Designing the label correctly.
Encoding the correct data.
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.

Manufacturing for 2026: Future Technology for Smart Operations

2026-04-07T10:26:18Z

It’s an exciting time for the manufacturing industry. Innovations in auto-identification, big data, artificial intelligence, and robotics are taking on increasing pressures from global competition, supply chain uncertainty, and rising compliance demands to transform operations. The digitisation of manufacturing is bringing together mechanical and digital forces to enable automated, intelligent operations that meet the needs of the future.

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.

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