The world is going digital; it’s only right that warehouses follow suit.

For years, the concept of the paperless warehouse management system (WMS) has been held up as a benchmark of operational efficiency. And it’s the key for modern warehouses to stay ahead of the competition.

Yet while offices have steadily reduced their reliance on printed documents, many warehouses are still struggling to shift completely towards offline systems.

However, advances in barcode technology, RFID, mobile computing, and cloud-based systems are transforming the way warehouses operate, bringing the vision of a paperless warehouse closer than ever before.

The question is no longer whether warehouse digitisation is possible. Instead, businesses are asking whether a fully paperless warehouse can realistically be achieved and what it takes to get there.

Why Warehouses Have Traditionally Relied on Paper

Warehouses are busy, fast-moving environments where information needs to be accessible at every stage of the supply chain.

Historically, paper offered a simple and reliable way to communicate tasks, record inventory movements and maintain operational records. These processes were familiar, relatively inexpensive and required little technical infrastructure.

Not only does paper-based record keeping create significant operational limitations, but it simply cannot keep up with the high turnover demands of modern warehouses.

Manual data entry introduces opportunities for workers to make mistakes. Information can quickly become outdated, even before it’s entered into a warehouse management system (WMS). Documents can be misplaced, damaged or completed incorrectly.

Most importantly, paper-based processes often prevent organisations from achieving real-time visibility of inventory and operations.

In an era where customers expect faster deliveries and supply chains demand greater accuracy, these limitations have become increasingly difficult to justify.

What Does a Paperless Warehouse Look Like?

A paperless warehouse is as simple as it sounds. And it’s about so much more than just not using paper.

This digital shift is about automating the entire warehouse system, helping to reduce inefficiencies, streamline operations, minimise mistakes, and cut down on waste.

So, instead of working from printed documents, warehouse staff receive tasks directly on mobile computers or handheld devices. Inventory movements are recorded through barcode scans or RFID reads. Stock levels are updated automatically in real time.

The result is greater visibility, improved accuracy and faster decision-making.

For many organisations, the goal is not simply to eliminate paper completely, but to create a connected WMS where information flows seamlessly between people, systems and processes.

The Technologies Driving Warehouse Digitisation

The shift towards paperless operations has been made possible by several key technologies working together.

Barcode systems for warehouse operations

For most businesses, the journey towards a paperless warehouse begins with a robust barcode system for warehouse operations.

Barcode labels provide a fast, accurate and highly effective method of tracking stock, auditing inventories, improving warehouse processes, optimising materials turnover and reducing errors. Every scan creates a digital record of activity, reducing the need for manual paperwork and data entry.

Whether receiving goods, replenishing stock, picking orders or dispatching products, barcode technology enables warehouse teams to capture accurate information at the point of activity.

Modern barcode systems also integrate directly with a warehouse management system (WMS) and inventory management software, ensuring data is updated automatically.

At GSM Barcoding, we work with organisations across multiple industries to implement barcode solutions that improve inventory accuracy and streamline workflows.

Warehouse scanning systems and mobile computers

Warehouse scanning systems have evolved significantly over recent years.

Today’s mobile computers are the next level up from barcode scanners. With wireless connectivity, touchscreen capabilities and the ability to process complex data, mobile computers enable users to find the data they need and update their database as they go.

Handheld devices enable workers to perform complex tasks more efficiently while maintaining continuous connectivity with warehouse systems.

This real-time approach delivers several advantages:

• Fast processing times
• Prevents costly errors
• A great tool for communicating across your business
• Enhances the productivity of your warehouse
• Better operational visibility

By eliminating the gap between physical activity and system updates, warehouse scanning systems help businesses move closer to truly digital operations.

RFID technology and automated tracking

While barcode technology remains the foundation of most warehouse environments, RFID offers additional opportunities for automation.

Unlike traditional barcodes, RFID tags can be read without a direct line of sight. This means that multiple items can be identified simultaneously, making RFID technology particularly useful for large-scale inventory tracking and asset management.

From batch, lot and serial numbers to storage conditions and manufacturing dates, RFID can store and seamlessly track thousands of labelled assets.

As a result, RFID technology can significantly reduce labour time while improving visibility across complex operations and offering unprecedented control over the integrity of the supply chain.

However, RFID should not necessarily be viewed as a replacement for barcode technology. In many cases, the most effective solution combines both technologies, using barcodes where simplicity and cost-effectiveness are priorities and RFID where greater automation is required.

As specialists in connected warehouse technologies, GSM Barcoding helps organisations identify the most appropriate solution for their specific operational requirements, budgets and long-term objectives.

Cloud-based warehouse management systems

The growth of cloud-based technology has also accelerated warehouse digitisation.

Cloud-based warehouse management systems (WMS) enable businesses to easily scale to accommodate increased demand, as well as grant them the flexibility to adjust resources where needed.

With access to real-time data and enhanced visibility, alongside improved cost efficiency and continuous updates in software, businesses can retrieve valuable operational data throughout the entire supply chain.

In practice, managers can monitor stock levels instantly, identify operational bottlenecks and make informed decisions based on accurate, up-to-date information.

This level of connectivity is a crucial component of any paperless warehouse strategy.

The Benefits of Reducing Paper Dependency

The advantages of digital warehouse operations extend far beyond simply reducing paper consumption.

Improved accuracy and efficiency

Every manual process comes with the potential for human error and slower response times.

By capturing information electronically through barcode and RFID technologies, businesses can significantly reduce errors and gain fast, more accurate reporting.

Digital workflows also eliminate many of the administrative tasks associated with paper-based systems.

Warehouse teams can spend less time handling paperwork and more time completing productive activities. Orders can be processed more quickly. Stock movements can be recorded instantly. And information can be shared across departments.

Enhanced customer service

Accurate inventory data directly supports better customer experiences.

Businesses can better manage the flow of goods, meaning that your business can offer improved tracking to clients with reasonable timelines.

As customer expectations continue to rise, these benefits can provide a significant competitive advantage.

Sustainability and cost savings

Although operational efficiency is often the primary driver, sustainability is absolutely still an important consideration.

Reducing paper consumption means less of an environmental impact and helps to reduce a business’s carbon footprint.

For organisations pursuing ESG initiatives, warehouse digitisation can contribute positively to broader sustainability goals.

Why Going Fully Paperless Remains a Challenge

Despite the significant advances in technology, achieving a completely paperless warehouse is not always straightforward.

Workforce adoption

Technology projects can only succeed when people embrace them.

Employees who have spent years working with familiar paper-based processes may require time and support to adapt to new systems. User-friendly devices, staff training, clear workflows and ongoing support are essential for successful implementation.

System integration

Many organisations are currently using a blend of traditional and modern systems.

Integrating WMS with existing inventory systems can present challenges that require specialist expertise. Poor integration can undermine the benefits of digitisation by creating a need for manual workarounds.

This is where experienced technology partners can make a significant difference, helping businesses build connected ecosystems that support an efficient flow of information.

Compliance requirements

Certain industries still require specific forms of documentation for regulatory, quality assurance or customer needs. Particularly when it comes to financial and legal scenarios, a hard, paper copy might still be necessary.

As a result, some organisations may continue to maintain limited paper records even while digitising the majority of their operations.

Is the Fully Paperless Warehouse Finally Possible?

The answer for many organisations is: yes, now more than ever before.

The technologies required to support paperless operations are readily available, proven and becoming more and more affordable.

Barcode systems for warehouse environments, warehouse scanning systems, RFID solutions, mobile computers and cloud-based software have developed significantly in recent years.

However, technology alone is not enough.

A successful digital warehouse shift requires carefully designed processes, effective staff engagement, seamless system integration and a clear understanding of operational objectives.

Building Connected Warehouse Operations with GSM Barcoding

The question is no longer whether a paperless warehouse is possible.

For many organisations, the technology already exists within their operation. The real challenge lies in connecting systems, empowering employees and building workflows that allow information to move as efficiently as inventory itself.

At GSM Barcoding, we help organisations modernise warehouse operations through integrated technology solutions designed to improve productivity and operational performance.

From barcode systems and warehouse scanning systems to mobile computers, RFID technologies, industrial printers and software solutions, our team works closely with customers to identify the right combination of technologies for their specific requirements.

Get in touch with a member of our team today to find out more.

The post Is the Fully Paperless Warehouse Finally Possible? appeared first on GSM Barcoding.

Sustainability is no longer simply a corporate responsibility initiative.

For many organisations, it has become a business-critical mission that is being driven by customer expectations, regulatory requirements and the need to operate more efficiently.

But, at the same time, supply chains are becoming more and more complex.

Products often journey from supplier to supplier, and pass through manufacturers, distribution centres and transportation networks, all before reaching the end user.

Maintaining visibility throughout this winding journey can be challenging, which is making it more and more difficult for organisations to measure environmental impact, reduce waste and demonstrate progress against Environmental, Social and Governance (ESG) goals.

This is where smart labels are transforming the way businesses operate.

By combining identification technologies such as RFID, QR codes, and connected data systems, smart barcode label technology is helping organisations improve traceability, reduce waste and create more sustainable supply chains.

As organisations continue to invest in digital transformation and smart warehouse technology, connected labelling solutions are becoming an increasingly important part of building sustainable operations.

What Are Smart Labels?

Traditional linear barcode labels have long been used to identify and track products, assets and inventory.

While they remain a very effective tool for this purpose, they are restricted in the volume of information they can hold, meaning their application is often restricted to product codes or basic identification numbers.

Smart labels take functionality that step further by connecting physical items to digital information and real-time, complex data systems. Businesses can now store far more information within a small label footprint and even eliminate the need for visual scanning altogether.

Smart labels may incorporate technologies such as:

• Dynamic QR codes: With an already widespread adoption across multiple industries, QR codes offer businesses a versatile, low-cost solution.
• RFID (Radio Frequency Identification): Removing the need for line of sight, RFID tags can be embedded across labels and packaging and facilitate rapid bulk reading for more precise asset oversight.
• NFC (Near Field Communication): This technology is most commonly used for consumer interactions. NFC-enabled packaging creates enhanced customer experiences directly through mobile devices.
• IoT-enabled tracking systems: Through combining wireless connectivity, cloud-based software and physical sensors, IoT enables the monitoring of real-time location, status and environmental conditions.

While these technologies differ in how they capture and transmit data, they all serve the same purpose: creating a reliable digital identity for physical assets, products and packaging.

This enhanced level of visibility enables organisations to monitor the movement of products, assets and packaging with greater accuracy, supporting both operational efficiency and sustainability objectives.

Why Sustainability Depends on Visibility

One of the biggest barriers to sustainability is a lack of accurate, real-time information.

Many organisations have ambitious targets to reduce waste, improve resource efficiency and lower carbon emissions.

However, in practice, this can be more difficult than it may first appear.

Because achieving these goals requires a clear understanding of how products, packaging and assets move through the supply chain.

Without visibility, businesses often struggle with:

• Fragmented inventory tracking
• Slower response times
• Packaging waste
• Blind spots in the supply chain (for example, excess inventory or empty shelves)
• Costly operational inefficiencies, like manual reporting or manual data entries
• Counterfeiting and non-compliance (proving product authenticity)

As a growing number of businesses look for ways to demonstrate measurable sustainability improvements and satisfy evolving ESG reporting requirements, the ability to gather reliable data has become increasingly important.

Smart barcode label technology helps bridge this information gap by creating a digital connection between physical products and the data systems that support modern supply chains.

Tracking Reusable Packaging and Reducing Waste

Let’s take a look at one of the most valuable sustainability applications for smart labels: the management of reusable packaging.

Across manufacturing, logistics and distribution sectors, organisations are gradually moving away from single-use packaging in favour of returnable transit items such as:

• Bulk containers and pallet boxes
• Plastic crates and totes
• Roll cages

While these initiatives can significantly reduce waste, they also come with their own set of challenges.

Because businesses must be able to monitor where reusable assets are located, how frequently they are used and whether they are being returned as expected.

The solution? RFID-enabled labels.

By automatically tracking reusable packaging throughout the supply chain, businesses gain real-time visibility into asset movements and usage rates. In turn, this enables automated inventory checks, reduced human error and also helps to maximise the return on investment from reusable packaging programmes.

For example, a manufacturer using RFID-tagged reusable totes can quickly determine how many containers are currently at supplier sites, in transit or awaiting return.

And the sustainability benefits are substantial.

As fewer replacements need to be made, organisations can reduce their material consumption, waste generation and the environmental impact associated with producing new packaging.

Improving Recycling Visibility

Recycling plays a vital role in the circular economy, but many products and packaging materials are still difficult to identify and process once they’ve been disposed of.

Consumers often face uncertainty about how to get rid of packaging correctly, while recycling facilities may lack information about the materials they are actually handling.

Connected labels help us to address these challenges.

QR codes can provide consumers with detailed disposal instructions, helping improve recycling rates and reduce contamination within recycling systems. This information can also be translated into multiple languages, all from one central touchpoint, further reducing costs and waste.

Meanwhile, RFID and other connected technologies can provide information about material composition, making it easier for organisations to sort and process recyclable materials effectively.

Product Lifecycle Monitoring and End-to-End Traceability

But sustainability extends far beyond manufacturing.

To understand the true environmental impact of a product, businesses need visibility throughout its entire lifecycle, from production and distribution to use, return and eventual disposal or recycling.

Smart labels enable organisations to create a digital record that follows a product throughout its journey, wherever it may go.

By capturing data at multiple stages, businesses can gain valuable insights into:

• Real-time visibility into inventory performance, including potential bottlenecks
• Asset utilisation
• Status and location tracking
• Validation loops
• Storage conditions
• Product returns and end-of-life management

It’s this level of traceability that supports more sustainable decision-making.

For example, organisations can identify products that are consistently returned due to damage, and monitor inefficiencies within distribution networks.
In addition to supporting sustainability goals, enhanced traceability improves customer confidence and strengthens supply chain resilience.

Supporting ESG Reporting with Reliable Data

It’s true that Environmental, Social and Governance reporting has become a growing priority for organisations across many industries.

Investors, customers, regulators and stakeholders expect businesses to demonstrate that they’re making measurable progress towards sustainability commitments, now more than ever before.

However, collecting the data required to support ESG reporting can be a difficult task.

This is where connected labelling solutions provide considerable value.

Smart labels generate data that can help organisations measure and report on key sustainability metrics, including:

• Product carbon footprint during transportation
• Supply chain traceability, including ethical sourcing details
• Waste reduction, especially in food production and for pharmaceutical products
• Circular economy metrics like recyclability and packaging reusability

So, rather than relying on estimates or manual data collection processes, businesses can now access more accurate information, generated through everyday operational activities.

This allows organisations to establish meaningful sustainability KPIs and demonstrate genuine progress against environmental objectives.

The Role of Smart Warehouse Technology

Warehousing operations have become a major focus for sustainability improvement initiatives.

Modern warehouses are increasingly adopting automation, connected devices and real-time data capture systems to improve efficiency and reduce waste. Smart warehouse technology is helping organisations optimise inventory management, streamline workflows and make better use of resources.

And smart labels play an important role within this ecosystem.

RFID-enabled inventory tracking can provide real-time stock visibility, improve inventory accuracy, reduce discrepancies in stock and minimise unnecessary product movement throughout the warehouse.

In busy warehouse environments, this helps minimise unnecessary stock being held and supports more efficient use of warehouse space, which contributes directly to sustainability objectives.

The Future of Sustainable Supply Chains Is Connected

As sustainability expectations continue to evolve, the role of intelligent labelling technologies is set to expand significantly.

Smart labels will continue to bridge the gap between technology and environmental responsibility, supporting businesses in complying with changing regulations while also reducing plastic waste.

As technology continues to develop, even more sophisticated label solutions will become a reality, leveraging artificial intelligence (AI) and machine learning to provide more personalised experiences for consumers. Predictive analysis, for example, could anticipate customer needs based on preferences and past behaviours.

For businesses seeking to improve sustainability performance, access to accurate and actionable data will become an increasingly valuable competitive advantage.

Why Choosing the Right Technology Partner Matters

Implementing smart barcode label technology requires more than simply selecting a label.

Successful solutions depend on the integration of labels, printers, scanners, mobile computers and software platforms that work together to capture and share meaningful data throughout the supply chain.

At GSM Barcoding, we help organisations develop intelligent identification and tracking solutions that improve visibility, efficiency and sustainability across their operations.

From durable barcode asset labels and RFID tags to scanners, mobile computers and integrated software solutions, we work with businesses to create connected systems that provide greater control over inventory, assets and reusable packaging throughout the supply chain.

Whether you need to track reusable assets, improve inventory visibility or implement smart warehouse technology, our team provides the expertise and support needed to build connected, future-ready supply chains.

Importantly, smart labels are not replacing traditional barcode technology. Instead, many organisations are combining barcode, QR code and RFID solutions to create layered identification systems that deliver the right level of visibility for different applications.

Choosing the most effective solution depends on factors such as the environment, the assets being tracked and the level of automation required.

Building More Sustainable Supply Chains Through Smart Labelling

From reusable packaging tracking and recycling visibility to product lifecycle monitoring and ESG reporting, smart barcode label technology is enabling businesses to create more transparent, efficient and sustainable operations.

As supply chains become more and more connected, organisations that invest in intelligent labelling solutions today will be better positioned to meet tomorrow’s environmental, regulatory and customer expectations. Get in touch with a member of our team to get started.

The post Smart Labels and the Future of Sustainable Supply Chains appeared first on GSM Barcoding.

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.

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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.

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