Rugged Computing Tech

Rugged devices and mobile computers can improve supply chain performance for transport operations, field workers, drivers and delivery teams, according to one manufacturer, Getac.

One of the key lessons learnt by the global supply chain industry over the last few years is the critical importance of having robust supply chain processes in place, particularly because customers today demand short lead times and fast delivery.

Developing resilient supply chains won’t come overnight, but having the right technology in place is fundamental to achieving it. In particular, the use of rugged devices and solutions is seeing significant growth throughout the transport and logistics (T&L) sector as whole. In fact, a recent study by IDC and Getac found that 65% of T&L organisations are now spending at least 10% of their IT budget on rugged devices, with 51% planning to increase their spending over the next 12-18 months.

Overcoming Industry Challenges

Rugged technology can help enhance efficiency and resolve many of the ongoing challenges that the T&L sector faces: whether that’s a need to improve transparency in the supply chain, eliminate inefficiencies in data gathering or meet health and safety, environmental and sustainability regulations.

Unexpected events from severe weather to ‘black swan’ events can impact T&L operations overnight, which is why the sector needs ready access to technology that can provide visibility and deliver valuable insights. Rugged technology does just that, enabling companies to better track key performance indicators, identify inefficiencies, and make data-driven decisions that optimise processes and reduce costs.

A growing number of T&L companies also now use IoT sensors on assets and goods, which give them real-time information on a range of parameters such as humidity and temperature while in transit. When integrated into supply chain management systems, these insights can help inform decisions on things like delivery schedules, with rugged devices serving as the platforms through which drivers/managers access and receive this information.

At the same time, real-time GPS tracking can help keep workers safe in adverse weather conditions, while dispatchers can use it in combination with real-time traffic data to route drivers via the most eco-friendly routes possible, helping to reduce their carbon footprint.

The operational visibility that rugged technologies offer also helps track energy consumption and optimise productivity. IDC’s study found a growing number of T&L organisations were looking to integrate rugged devices into warehouse management, customer relationship, and supply chain management systems, all in a bid to improve efficiencies in the supply chain and boost worker performance.

The Business Case

The business case for rugged devices extends far beyond durability alone. The combination of powerful specification, extensive connectivity and reliability makes them ideally suited to T&L environments, where a single device can travel hundreds of miles a day and be used in a wide range of locations, temperatures, and weather conditions. Most rugged device fleets can also be scaled up easily, using centrally managed security protocols that make it easier for IT teams to protect sensitive data, regardless of where the device physically is.

While upfront capital investment in a rugged device stack might be a little higher than consumer-oriented equivalents, the total cost of ownership (TCO) shakes out in favour of rugged devices. Digital transformation in all sectors, including in T&L, depends on reliable, always-available, accurate data, which can also help automate supply chain processes. The ability to deliver this data when needed means rugged devices can unlock a range of efficiencies across the entire supply chain.

Whether companies are looking to improve their customer service metrics, boost sustainability initiatives, comply with regulations, cut down on waste in last-mile logistics, or improve worker productivity, rugged devices are essential in helping meet these goals.

Implementing Rugged Devices

Rugged devices might be a must-have for T&L operations but making a wise investment decision means considering the following factors in TCO calculations:

Ease of integration with in-house supply chain software systems: For rugged devices to do their job, which is to facilitate access to data, they need to integrate with software systems for that information. Companies need to ensure that rugged devices will work with existing supply chain and warehouse management systems. Integrating rugged devices with inventory management systems such as ultra-high frequency (UHF) RFID is crucial to optimise inventory processes and improve efficiency.

One of the key concerns that many companies have is that rugged devices expand the company’s data systems to the edge. Trusted rugged device vendors have robust security protocols in place to keep data secure. Likewise, organizations must evaluate the range of operating conditions that their fleet of rugged devices will need to withstand and pick the right devices accordingly, using the device vendor’s industry experience to guide their decision-making.

The best practises for integrating rugged devices into T&L operations extend beyond the ones listed here. Companies should conduct a comprehensive TCO assessment and ensure a ramp-up period to iron out any potential issues that might surface. Most importantly, the C-suite needs to ensure workforce buy-in, so team members see the devices as aids that help them do their job better while improving efficiency.

No one can predict when the next supply chain shock will occur but being able to access data in real time keeps T&L companies agile and able to withstand ups and downs. Now is the time to invest in rugged devices to make T&L operations function smoothly and ready to take on any challenge.

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Emerging Applications of Rugged Devices

 

Inotec UK Acquires Applied Label Solutions

The UK subsidiary of inotec GmbH, inotec UK, has acquired the Beverley, Yorkshire-based self-adhesive label specialist, Applied Label Solutions (ALS), for an undisclosed sum. The deal, signed on the 31st January 2024, provides inotec UK with an ideal opportunity to develop its production capacity.

Founder and major ALS shareholder, Darren Sharp, said: “The merger of the two companies dovetails perfectly with my desire to retire from the business following a planned phase out. I am delighted to be handing over the reigns to one of Europe’s leading label companies who I am confident will take ALS to the next level.”

David Stocker, General Manager at inotec UK, explains the rationale behind the acquistion from inotec’s perspective: “ALS has almost 30 years’ experience in the production of high quality, cost effective self-adhesive label solutions. Darren’s retirement plans presented an ideal opportunity for us to build greater security and capacity to the supply of our UK labelling products.”

Same high quality products and service

“Initially, other than coming under the inotec brand name, there will be no obvious changes; the success of ALS is grounded in combining a responsive and reliable service with great value. This won’t change. Customer service and internal sales contacts will remain the same, with ALS staff benefitting from working in a larger team as part of the inotec family,” added Stocker.

“Our first priority to build the business will focus on further investment in staff and resources. This will enable us to provide the increased capacity many of our customers have requested. The investment will also allow us to offer a wider range of labelling products, including consumable blank labels, to our existing customer base.

“The recruitment of additional staff both in production and sales is already underway. Further down the line new premises will need to be found to bring the two companies together under one roof. The right building will provide manufacturing, storage and office space for continued growth over the coming years.

“This merger represents a new phase in development for inotec UK. It will provide many interesting avenues to explore that will help build on the success of ALS within a larger multi-national group. These are as they say, exciting times, and we are looking forward to the opportunities that will emerge in the months and years ahead,” concludes Stocker.

The merger itself was planned with the help of the inotec Group Project Management team and supported by its UK accountants, Forrester Boyd, and solicitors, Bridge McFarland.

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Leading Food Manufacturer Updates Line Marking

 

AI and IoT are Redefining the future of Supply Chains

AI and IoT are redefining the future of supply chains and revolutionising logistics, writes Adrian Negoita (pictured below), CTO and Co-Founder of Dexory.

In the warehousing industry, every detail matters and precision is paramount. Any business involved in the selling of physical goods needs efficient supply chain management. However, the dynamic nature of the business environment, currently characterised by geopolitical tensions, fierce competition, and increasing costs, has meant supply chain disruptions have become a major obstacle.

The integration of Artificial Intelligence (AI) and The Internet of Things (IoT) brings about a paradigm shift, providing real-time insights and revolutionising the way businesses manage their logistics. Thanks to these technologies, businesses can better react to challenges, improving their resilience and streamlining operations like never before.

What distinguishes AI from the Internet of Things?

AI and IoT work harmoniously but have unique functions and capabilities. AI is a machine’s capability to emulate the intelligence we typically associate with human minds. In the context of logistics, algorithms analyse vast data sets, garner insights, predict outcomes and make informed decisions based on the collected data. This process happens continuously, meaning performance can be enhanced over time. For instance, AI-powered solutions enhance operational efficiency through improved inventory management, space optimisation and forward planning. Businesses that can rapidly learn from previous operation patterns up to the present can make adjustments simultaneously, improving their resilience.

The Internet of Things describes when objects are fitted with sensors, software and other technologies to connect and exchange data over the Internet. In warehousing, IoT sensors and radio-frequency identification (RFID) tags can be used to provide insights into the supply chain’s inventory, assets and environmental conditions.

The advantages of AI and IoT in collaboration

Ultimately, the integration of AI and IoT results in warehouse systems that are more agile, responsive, and efficient. An essential advantage is the provision of real-time data insights. IoT devices consistently transmit data, offering insights into inventory levels, asset performance, and environmental conditions of the warehouse. Following this, AI algorithms analyse the data, providing logistics managers with actionable insights that facilitate prompt and effective decision-making.

AI is capable of processing and anticipating future fluctuations in demand using historical IoT data. This helps to identify any potential constraints and disruptions. All this means warehouses can adapt quickly to overcome obstacles.

IoT and AI also enhance traceability and transparency. Tracking devices powered by IoT illustrate the movement of products throughout the supply chain. AI compiles and then uses this data to adjust inventory levels appropriately, monitor goods, and enhance delivery precision. It also can monitor the whereabouts of shipments, thereby enabling logistics firms to provide the best possible customer service, giving accurate information and comprehensive delivery predictions to customers.

Optimising visibility

The lack of visibility in supply chains is a critical factor impeding operational efficiency, exposing organisations to potential risks and inefficiencies. An over-reliance on outdated data means warehouses respond too slowly to challenges. To attain true resilience, supply chains require the availability of dependable information.

The implementation of autonomous mobile robotics substantially increases productivity. Enhanced sensors and digital twin technology, which simulates the physical environment, in conjunction with industry-leading robotics, provide unprecedented visibility and control. Technological innovations have brought about a paradigm shift in warehouse operations by enhancing problem identification and resolution, in addition to environmental monitoring. The faster a problem or technical issue can be identified and resolved, the higher all-around efficiency is in response to complex and ever changing demands placed on the warehouse industry.

Conventional systems fail to adequately handle the volume and speed of data, resulting in decisions made from outdated or incomplete information. Nevertheless, by integrating AI-powered analytics and IoT real-time data, organisations can enhance operational resilience, predict results, and make well-informed decisions. As these technologies continue to advance, warehousing will evolve alongside them.

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The future of warehousing: automation, robotics and energy efficiency

 

IoT Platform Recognised by ISO

Underscoring the strength of its financial, IT and data security controls, Wiliot, the Internet of Things company whose ambient IoT Visibility Platform is enabling trillions of “things” to gain intelligence, today announced that the data security and governance robustness of its platform has recently been certified by two leading independent examiners.

First, Wiliot has now achieved System and Organization Controls (SOC) 1 Type II and SOC 2 Type II reports, issued by independent auditors from a leading big 4 firm.

“Receiving both SOC 1 and SOC 2 Type II Reports is a watershed moment in our compliance journey,” Wiliot Chief Information Security Officer Alex Gryniuk said. “The reports testify to the strength of our internal controls by examining the robustness of our financial reporting, security, availability, processing integrity, confidentiality, and privacy controls.”

The recognition by the big 4 firm comes at the same time as the company’s third year re-certification of its ISO 27001 and ISO 27018 certifications by the International Organization for Standardization (ISO). Achieving these reports and re-certifications validates Wiliot’s multiyear and fundamental corporate commitment to data security, governance, and privacy. In addition, the reports further differentiate Wiliot as a security-focused company that can ease the compliance burden for customers requiring similar security assurances.

Regarding its ISO recertifications, Gryniuk said, “We are constantly working on improving our security maturity and business processes to bolster the protection of customer data and to achieve high standards of security controls. These re-certifications validate the success of our ongoing efforts to create a reliable, robust, and fully secure ambient IoT data platform for some of the world’s largest companies.”

The Wiliot Visibility Platform connects the digital and physical worlds using its Cloud Platform and IoT Pixels, which are stamp-sized, low-cost, battery-free Bluetooth devices that attach to any product, connecting it to the internet and embedding it with intelligence and awareness. Data streamed from these IoT Pixels – location, temperature, humidity, and carbon footprint – are processed in the Wiliot Cloud, generating actionable insights and triggers that create more efficient, profitable, and sustainable supply chains.

Third generation of RFID

Wiliot IoT Pixels represent the next generation of Radio Frequency Identifiers (RFID), an exponential step forward from legacy second-generation RFID. This third generation of RFID uses Bluetooth communication protocols that mitigate the need for manual, expensive, error prone hand-head scanning, or costly readers. They contain the same data as in a bar code but transmit the location – plus temperature, humidity, carbon footprint, and more – in a secure end-to-end encrypted format that allows the identifiers to be deactivated at any time and prevents unauthorised access that might compromise privacy.

Furthermore, third-generation RFID’s use of Bluetooth protocols ultimately will extend into the home – directly connecting manufacturers with consumers given Bluetooth’s mass proliferation in the home environment. Brands will have insight into the real-time usage of products by consumers, who can activate subscriptions for auto-replenishment as supplies dwindle. This CPG subscription paradigm will unlock new revenue streams for brands and new levels of convenience for consumers.

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RFID MOT Station at MODEX

Clustag, an RFID-based technology solution for distribution centres and warehouses, a Trademark of Rielec, has announced that it will be presenting its patented MOT Station at MODEX 2024. The premier experience trade show for the supply chain industry, MODEX 2024 will take place between 11-14 March in Atlanta, Georgia. A full demonstration of the MOT Station will be available at Clustag’s booth B10005.

Clustag’s MOT Station is designed to provide the best reliability and flow data on the market. It can be fully integrated into processes and aggregates three key pieces of data: RFID identification, case volume and case weight during operation to improve the inventory management process. The technology can scan the contents of cases with dimensions up to 800x600x400mm, scanning 400 tags per case at speeds of up to 1,000 cases per hour. The RFID station has been UL-certified and CE-marked.

Clustag solutions are designed to prevent unwanted external readings and feature integral RF signal shielding. The MOT Station increases the accuracy of shipments and reduces losses, in addition to reducing additional costs and operating time. By scanning RFID tags in an enclosed space, the station can be used at full power – ensuring an accurate, reliable reading of all inventory.

In addition, Clustag also provides regular support on their systems so that high quality is maintained throughout the product life cycle. The RFID MOT Station allows integrators to install a solution that is robust, safe and requires only a specialised installer to deploy.

MOT Station

MODEX 2024 will mark the first time the MOT Station has been demonstrated to the public.

Manolo Reguart, Director of Strategy and Business Development, Clustag said: “The MOT Station can transform a business’s supply chain operations, driving inventory accuracy up to 99.92% and delivering reliable and robust warehouse automation. In a fast-moving environment, real-time inventory accuracy is vital. We hope attendees will share our enthusiasm for the potential of this device and its benefits when implemented in supply chains. We cannot wait to demonstrate the use case of our product at MODEX 2024”

IO-Link for Auto-ID Devices

SICK has pioneered the addition of IO-Link to two of its most compact and industry-standard identification devices. Both the SICK CLV61X fixed-mount 1D bar code reading scanner and the RFU61X UHF RFID read/write device were first to market with IO-Link variants, enhancing the integration versatility of SICK’s identification portfolio.

Both the SICK CLV61X and the RFU61X are already well known for their compact dimensions and wide-ranging connectivity with standard communications interfaces. The addition of IO-Link opens up opportunities to configure edge integrations with other IO-Link sensors and IO-Link Masters. It promises to improve data transparency from the lowest field level right up to the Cloud.
With IO-Link, using either device for identification also presents an opportunity to reduce cabling significantly, lowering costs and enabling more efficient installation. IO-Link also facilitates rapid commissioning, as well as easy device replacement.

IO-Link Integrations ‘Make Sense’

“It is rare for identification devices to be used in isolation,” explains Darren Pratt, SICK’s Market Product Manager for Identification. “They are almost always used with presence detection sensors for triggering or measurement sensors for classifying or measuring. Such sensors now frequently use IO-Link to provide access to additional data for diagnostic purposes. So, it makes sense for the customer to use IO-Link for their identification devices, too. Using IO-Link results in a common interface infrastructure with low-cost plug-and-play cabling, while still providing access to diagnostic data and enabling configuration via the communications network.”

Both the CLV61X and the RFU61X already offer highly-versatile connectivity with Ethernet/IP and PROFINET protocols, and an option for a single Power-over-Ethernet connection. Both devices offer a direct connection option for a trigger sensor.

Excellent Reading Performance

THE CLV 61X’s is used in many industries thanks to its highly-reliable 1D code reading performance across a wide reading field even at short distances, ideal for many common identification tasks on a conveyor belt. With SMART620 code reconstruction, even damaged, contaminated and partially-obscured barcodes are read consistently. Some CLV61X variants come with integrated heating in order to work reliably even in deep-freeze environments down to -35 °C.

Compact and Rugged

The smallest industrial UHF RFID read/write device of its kind, the SICK RFU61X needs an installation space of just 80 x 92 x 38 mm and achieves an impressive scanning range up to 0.5metres. The innovative design of the SICK RFU61X combines in-built antenna, intelligent control and connectivity into a single, rugged, IP67 aluminium housing. Compact and economic integration into tight spaces is therefore assured because there is no need for a separate connection box, and cabling is minimised.

The SICK RFU61X is ideal for applications such as tracking of smaller parts, sub-assemblies and electronic components, materials handling in e-Kanban processes, identifying pallets on a roller conveyor, or monitoring consignment transfers onto smaller Automated Guided Vehicles and Carts.

Off-Site Configuration Options

Pratt concludes: “The choice of identification device depends very much on the individual applications, with RFID devices offering a solution in dirty and dusty environments, where direct line-of-sight is obscured or where identification data needs to be both written and read. Increasingly, operators are choosing to have a section of conveyor configured off-site, including barcode scanners, RFID and photocells. With these two IO-Link devices, the wiring concept can be much more straightforward so on-site installation and commissioning is much quicker and easier.”

Danish 3PL Relies Visual Consignment Tracking

In a time of increasing demands on delivery speed and quality, it is crucial for logistics companies to keep track of all incoming and outgoing shipments. However, as the manual search for specific goods in trans-shipment halls is time-consuming and error-prone, seamless shipment tracking plays an increasingly important role in the everyday life of transport companies. For K. Hansen Transport AS, ensuring a high-quality logistics service is also of great importance, so the company chose the CargoVIS video management solution from DIVIS for shipment tracking powered by the Quuppa tracking system.

Spoilt for choice: numerous locating methods available

In the meantime, there are a number of technologies that provide location data for seamless tracking, but not all of them are precise enough or optimally suited for indoor use. While GPS is sufficient for rough tracking outdoors, much more precise tracking methods are required indoors. Technologies such as Wi-Fi, ultra-wideband (UWB), RFID, and Bluetooth are suitable here. Today, the Quuppa RTLS solution (Bluetooth direction finding) is one of the most proven indoor tracking systems and offers many advantages for logistics (see side box). But especially when used in logistics, this technology unfolds its full potential only in combination with a software-based video management system (VMS). Such systems make it possible to ensure seamless tracking of goods in a matter of seconds through camera-based parcel tracking combined with precise location data.

Above all, the value-creating combination of these technologies was one of the criteria for the Danish company K. Hansen Transport AS to select a video management system with tracking technology. In addition, the solution was supposed to also cover the outside area of the premises and, above all, to be intuitive to use so that it is integrated into the daily logistics routine of the staff. Through a recommendation from a DIVIS customer, the transport company became aware of the intelligent video management software CargoVIS from DIVIS and the Quuppa solution. Since the first impression of the software functions also convinced K. Hansen Transport, the choice was not difficult.

Seamless goods tracking indispensable

In large warehouse areas with a high throughput of consignments, visual parcel tracking is indispensable for quality assurance. Thus, in 2021, the video management software CargoVIS from DIVIS was introduced in six logistics halls of the Danish company. Another almost 8,000 square metres were equipped with CargoVIS and the tagless Bluetooth tracking with Location+ offered by DIVIS. “We have already achieved very good results in finding goods and lost shipments since the system was installed,” explains Jakob Wiborg Hansen, Director of K. Hansen Transport AS.

A special benefit of this tracking solution is that hardware tags are no longer needed: This solution means that tags (or “transponders”) – small transmitters that normally have to be mounted on the scanners – are now no longer necessary. The task of the tags is taken over by an app developed by DIVIS. When a pallet is scanned with the Quuppa system directly from the barcode scanners (via app), the Transport Management System (TMS) or Warehouse Management System (WMS) records the data from the scan. In turn, locators installed on the hall ceiling receive the Bluetooth signals from the scanners to show the position at the time of the scanning and the app then transmits the scanner’s position. The location data is also linked in the CargoVIS database with the recorded video material of the consignment. This creates a complete movement path of information for each good, which makes it possible to track the goods precisely based on the consignment or pallet number. Another benefit is the fact that the fast search entry via scan points speeds up loading and unloading. With Location+, the positions of even concealed objects can be clearly determined.

One platform, many possibilities

In addition to the Location+ plus feature, the DIVIS platform offers further plus modules for the respective needs of logistics customers which can be individually combined with the video software products CargoVIS or – in parcel logistics – ParcelVIS. K. Hansen Transport AS uses License-Plate+, another plus function of DIVIS. This database-supported system enables the automatic recognition of vehicle license plates via video camera and simplifies access and yard management. The stored data can be used for entry and exit control and for controlling vehicle movements in the yard to ensure that only authorised vehicles enter the company premises.

Thanks to the DIVIS and Quuppa solution K. Hansen Transport has significantly increased efficiency in their operation. Because of the tagless environment, locating failures and localisation errors can be largely avoided and costs for the purchase, repair, and maintenance of the small transmitters can be eliminated. All of this in turn not only allows for enormous increases in efficiency and cost savings, but also reduces unnecessary work steps for the staff. The strengths of the solution are also evident in logistical environments where a large number of scanners need to be located. All you have to do is install the DIVIS app on new devices and the scanners are integrated into the tracking system. Due to the extensive process optimisations, the solution pays for itself quickly.

The solution benefits several areas of the company at once from Location+ with tagless Bluetooth tracking – from the loading processes to claims management. The customers will also benefit from a higher quality of service. “The cooperation with DIVIS, especially with sales and service, has been very effective,” says Director Jakob Wiborg Hansen, praising the exchange with DIVIS. “We are very satisfied with the system,” he sums up.

Smaller, Faster, Greener Automatic Labelling

To meet the growing demand for accurate, high-speed and easy to use industrial automatic labelling systems, TSC Printronix Auto ID has just launched a popular-sized 4-inch version of its PEX-2000 Series print engine. This powerful device promises to save time, money and resources in logistics operations, the pharmaceutical industry and manufacturing, especially food and drink.

Print engines perform an essential role in print and apply operations and design of the new 4-inch PEX-2000 has been carefully considered for both system integrators and users. Its compact full-metal chassis is 14% smaller at the rear than its mainstream peers and the device can easily be integrated into just about any automatic labelling system supporting DB15 and DB 25 connectors. Its adjustable peel-off module gives systems integrators greater design flexibility by setting label feed-out to their preferred angle (-3º to -18º).

“Furthermore, the PEX-2000 offers 55mm wide media handling space for simpler installation or parts changes, and a quick release mechanism for printhead and roller change. Any repairs or maintenance are significantly expedited by the rear chassis simply being lifted and pulled out,” says Bob Vines, UK, Ireland & Nordics country manager for TSC Printronix Auto ID. One of the most interesting developments of the new 4-inch PEX-2000 is the option for enterprises to reduce their environmental impact and costs by saving ribbon waste by 30% to 80%, especially special colour ribbons like gold or silver. The patented ribbon-saving function minimises large, wasteful non-printed areas, displaying percentages saved on the LCD monitor.

“The 4-inch PEX-2000 Series has been designed to meet diverse applications, including RFID encoding capability,“ suggests Bob. “Its high label registration supports label printing as small as 5mm high, with print deviation of ±0.4mm. Its super-fast print speed of up to 18 inches per second (ips) will scale up any print and apply label application and enable enterprises to meet one cycle time with high stability.”

TSC Printronix Auto ID offers value-added software tools like SOTI Connect and TSC Console to enable system integrators and/or end customers to manage and monitor their print engines through the internet or intranet, depending on users‘ needs. Both tools enable quick deployment, configuration, and updates from any location.

Warehouse Track and Trace

Escalating costs and continued demand for warehouse space are placing ever greater pressure on organisations to optimise existing warehouse efficiency by track and trace. Yet with warehouse operatives still hard to recruit, how can existing staff achieve the levels of pick and pack accuracy, and speed, required to meet deadlines without compromising the overarching precision needed, that underpins a great customer experience?

In a pressurised environment, it is often hard to ensure robust processes are always followed. If parcel labels are inadvertently damaged by overstretched staff rushing to load pallets, barcodes cannot be read and deliveries fail. A lack of resources and a need to prioritise pick and pack can lead to physical stock takes being repeatedly postponed, undermining the accuracy of inventory information. Pressure to hit quotas can lead to packaging and label liners being discarded on the floor at times, creating serious health and safety risks which undermine the workforce experience, adding to the risk of staff loss.

With warehouse improvement now a priority, Jay Kim, Managing Director, BIXOLON Europe GmbH explains how innovations in labelling technologies, including linerless and RFID labels, are transforming cost, efficiency and safety throughout warehouses, while also delivering additional sustainability benefits.

Cost of Failed Delivery

For many organisations throughout the manufacturing, logistics and ecommerce sectors, the quality of the delivery experience has become a serious concern in recent years. From delays due to supply chain glitches and Post Office strikes, to inconsistent performance from couriers, missed or late deliveries can add significant cost to any business.

The problems are not, however, solely due to failures of third-party delivery organisations. How many parcels fail to reach the customer in the first place due to damaged labels? Barcodes are easily damaged, by weather and scratches, and if a barcode cannot be read at any stage of the fulfilment process, the implications on the business can be very significant.

From the demands on customer service, to the difficulty associated with getting the product back into the supply chain and sending a replacement, and the impact on customer perception, a single damaged barcode can have a cost that far exceeds the value of the product. For ecommerce providers, the cost is even greater, with almost two thirds (63%) of frequent shoppers in the UK abandoning an online retailer over a poor delivery experience. This is also true for 53% of French and 38% of German customers.

Robust Labelling

Better quality printer and labelling technology is reducing the risk of barcode damage associated with traditional thermal direct printing. New generation linerless printers, ensure the barcode is protected from damage due to heat, sunlight, rain water and scratches at every stage of the journey. Increasing label resilience can significantly improve delivery timeliness and experience across the customer base, reducing the impact on customer service and eradicating the cost of providing replacement products.

One of the additional benefits of linerless labels is their flexibility. Rather than the constraint of specific label size, linerless labels can be cut to length. This allows the warehouse to include all the pertinent information on one label, rather than requiring one for a barcode, one for country specific safety information and so on. Indeed, the ability to include all information on one label removes the need for multiple printers within the packing department, allowing further streamlining of warehouse operations to drive additional efficiency.

Furthermore, by eradicating the plastic label backing, these linerless labels also deliver a number of additional benefits, not least compliance with the EU directive on packing and packaging waste. With no plastic liner to dispose of, warehouses automatically reduce costs and enhance their sustainability credentials. Indeed, each roll of linerless labels includes 40%-50% more label in the same space, reducing the weight, volume and hence carbon dioxide emissions during transport. Plus, with each label cut to the size required, there is no waste.

Improving Information

Of course, barcodes are not the solution for all inventory – in many cases, items are too large, heavy or unwieldy to allow staff the line of sight required for the optical barcode scanning. Radio Frequency Identification (RFID) has become a valuable tool for these goods, enabling traceability without requiring line of sight. Adding dedicated RFID printers to the warehouse environment transforms the accessibility of RFID technology by allowing companies to include all the information upon a trackable label.

Adding RFID transforms the efficiency of inventory control. With no need for line of sight, the entire process can be swiftly and accurately completed with minimal manual effort. Given the on-going lack of available skilled warehouse staff, and their rising costs, the ability to allocate valuable staff to urgent pick and pack tasks without compromising inventory accuracy is compelling.

Furthermore, with the rise in theft across the supply chain, the ability to efficiently add RFID labelling to the warehouse processes is becoming increasingly attractive, especially in areas such as sports clothing, that are prone to high levels of product theft. Any attempt to remove RFID-tagged goods immediately raises an alert to security staff, allowing companies to both intervene when theft occurs and create an active deterrent to potential thieves.

There is one final, and important, benefit offered by linerless labels – better worker health and safety. With recruitment and retention of staff a continued challenge, warehouse managers need to ensure every aspect of the environment is safe. Label liners can be slip hazards for both people and forklifts, especially when warehouse staff are under time pressure. Swapping to linerless technology removes the dangerous swathes of label liners on the warehouse floor, immediately improving health and safety and improving the working environment.

Furthermore, this technology is both accessible and affordable. Linerless and RFID printers have been available for some time but, to date, have been adopted by approximately 10% of warehouses – in part due to the higher prices of linerless labels when first introduced. With linerless label prices now on a par with traditional labels, the business case is now compelling. Whether the primary concern is delivery performance, inventory control, creating a safer environment, improving green credentials, or all of the above, making the change to innovative printing offers significant opportunities to address a number of operational challenges throughout a warehouse operation.

Line Marking and Floor Tags in new Healthcare DC

The new DSV distribution centre (DC) at Brackmills Gateway is an important milestone in DSV’s ambitious growth plans within the pharmaceutical and healthcare sector in the UK and Europe. The facility, a 380,000 sq. ft. temperature controlled DC, is BREEAM (Building Research Establishment Environmental Assessment Method) ‘Outstanding’ certified and is located in the prestigious Midlands ‘Golden Logistics Triangle.’

“This advanced DC will add key capacity to our healthcare offering and ensure a more robust supply of healthcare and pharmaceutical products to the sector,” enthuses DSV Brackmills’ assistant general manager, Tom Oake. He continues, “Not only will it provide a more flexible, high quality service, but it also incorporates best practices in waste management and energy conservation to improve the facility’s carbon footprint and environmental impact.

“Both health & safety and operational efficiency are mission critical to the business. It was vital, therefore, that all the DC signage and line marking – both internal and external – was first class. DSV had not used inotec before, however, in previous roles I had experienced excellent results working with them and so felt it would be advantageous to see what they could offer. As a relative newcomer to DSV, I wanted to ensure we signed up with the best possible partner to deliver our line marking and signage.

“Consequently, we put the contract out to tender to three companies, including inotec and the incumbent supplier. The team here at DSV were impressed with the professional way inotec approached the project. All the people at inotec have a massive amount of experience in the logistics market and their professional, almost understated approach is very refreshing.”

A partnership based on trust

“After due consideration, the decision was made to partner with inotec. We felt we could trust them to work with us to deliver the best possible solution for the Brackmills site. Whilst competitive, their price wasn’t the cheapest, but inotec’s solutions are first class and you have the peace of mind that they are durable and will stand the test of time.

“It was great to have their knowledge and experience to fall back on when planning the line marking and signage. With a large DC like our Brackmills site, it can be challenging to visualise how all the walkways, forklift truck lanes, meeting areas and signage will work together. The guys at inotec were able to add clarity to our initial plans and their installation team flagged up any issues they felt needed attention, they didn’t just blindly follow instructions.

“With regard to inotec’s floor tags, they are a big bonus. My experience is that other suppliers tend to use stickers on the floor, but they just get ripped up almost immediately. Back in 2007, at a previous company, I had inotec install floor tags and those original tags are still working perfectly today. Shortly after inotec installed the 36 floor tags in the Brackmills site, we had visitors over from Belgium. They were so impressed with these tags they took pictures to get their supplier to install something similar in their own warehouse.“

Branded as Floortags®, inotec’s floor tags are constructed using an extremely durable aluminium plate with the barcode or readable text photocomposed into the metal. During installation, the plate is recessed slightly below the floor surface and sealed with a tough polyester resin. The strong materials make the Floortags® extremely resistant to damage from heavy truck movements, foot traffic and industrial cleaning products.

A professional approach with quality products

Oake added, ”Over the years I have built up a strong working relationship with inotec’s sales manager in the south, Steve Towler. He has a no nonsense approach; he takes the brief, provides a quote and then is happy to answer any questions you may have. There’s no hard sell, no hassling, just straightforward advice, facts and figures to help you make the right decision. In terms of line marking, inotec uses its ‘Rapidshield’ paint system which is designed to withstand heavy traffic over a projected lifespan of five years. The benefit of the system is the ultraviolet topcoat which cures instantly, reducing downtime to under two hours. That means painted areas can be handed back within a working day for immediate use. All in all, here at DSV we are delighted with the work inotec has done in the Brackmills DC. There is no doubt we will be working with them on future sites as we expand our network of healthcare DCs in the UK and Europe” concludes Oake.

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