RFID Inmould Labels – Smart Traceability

Inotec is proud to introduce its latest innovation in smart labelling – RFID Inmould Labels – a durable, high-performance solution that offers permanent identification and real-time tracking for reusable containers, even in the most demanding environments.

Bringing together the advantages of RFID Auto ID and in-mould labelling, Inotec’s RFID Inmould Labels offer durability, accuracy and sustainability. Developed in-house and tested in live customer applications, they are already helping leading logistics and packaging companies move away from single-use plastics while gaining full transparency across their supply chains.

Smart tray tracking at scale

A recent collaboration with EPT (Euro Plant Tray) demonstrates the real-world benefits of this solution. In the plant wholesale sector, over 95% of trays are currently single-use, contributing to around 40,000 tonnes of discarded plastic waste each year in Europe alone. EPT sought a reusable alternative that could deliver both environmental gains and digital traceability.

Working with EPT, Inotec developed a customised RFID inmould label that is seamlessly bonded to the reusable tray during injection moulding. This label offers exceptional durability – it is flush with the surface, waterproof, UV-resistant, and resistant to cleaning chemicals and mechanical impacts. Despite its compact size, it delivers a high-performance read range and allows bulk scanning of up to 1,000 trays simultaneously, with no line-of-sight required.

EPT’s trays now feature a secure, embedded RFID label that supports real-time tracking, inventory management, and cross-border reuse. The RFID inmould label is helping EPT reduce waste, optimise its processes, and set a new European standard for smart, reusable transport packaging.

Advanced performance, built to last Inotec’s RFID inmould labels are based on its own INO-TAG DIOBOND range and incorporate high-performance NXP RAIN RFID chips.

Key benefits include:

● High-speed scanning – multiple tags can be read simultaneously, even at distances of up to 15 metres
● No line-of-sight required – increasing speed and accuracy while reducing labour
● Secure, high-capacity data storage – with the ability to store encrypted tracking and logistics data
● Extremely durable – scratch-proof, smear-proof, waterproof and resistant to chemicals and temperature fluctuations
● Fully recyclable – made from the same material as the container for easier recycling
● Reduced energy use – thanks to in-mould’s one-step automated production process

Ideal for regulated and high-compliance sectors RFID inmould labels are particularly suited to industries where hygiene, traceability and security are critical. In food and pharmaceuticals, the edgeless bond eliminates contamination risk and withstands freezing, washing and sterilisation. IML is also compliant with strict FDA regulations and prevents label tampering or counterfeiting, which is critical for protecting intellectual property and public health.

“With RFID Inmould Labels, we’re combining durability, traceability and environmental responsibility in one powerful solution,” says David Stocker, General Manager at Inotec. “As seen with EPT, this technology helps our customers meet growing regulatory demands, streamline their processes and take a major step towards a circular economy.”

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Cloud-Connected Label Printing Solution for Supply Chain

Loftware, a global supplier of Enterprise Labelling, and SATO Corporation, developer of auto-ID and labelling solutions, have announced the availability of their cloud-connected label printing solution for AEP-equipped SATO printers. This comes at a time when the adoption of cloud-based technologies is on the rise, with the Loftware/SATO partnership supporting this shift to streamline business processes and enhance supply chain agility.

The joint solution, which connects Loftware Cloud with SATO’s cloud-connected printers, eliminates printer driver dependencies, allowing IT teams to avoid installation, troubleshooting, updates, and management. This significantly reduces maintenance and support costs, while enabling businesses to print from any PC browser, providing flexibility to scale or adapt operations without technical constraints. Additionally, users can access the latest approved label templates from anywhere, at any time, through a secure browser and seamlessly print from their SATO printer. The platform also streamlines user management, enabling administrators to quickly add and approve new users in minutes without the need for license keys, reducing administrative burden and improving operational efficiency.

The Loftware/SATO partnership supports a range of industry applications. This includes supplier compliance to ensure accurate, timely labeling and RFID tagging – eliminating relabelling and improving supply chain efficiency. It also enhances in-plant labelling for better process control within factories, ensures retail labelling consistency with industry standards, and streamlines third-party logistics (3PL) labelling for seamless integration with logistics providers.

Hayato Shindo, Group Business Officer at SATO Corporation, commented: “In today’s fast-paced business environment, manufacturers face many challenges, such as changing customer, legal and regulatory requirements; remote working and collaboration; rapid scaling up of operations; and improving productivity while reducing operating costs. Traditional desktop label design applications, while effective in the past, are no longer sufficient to manage these complexities. The solution provided by SATO and Loftware addresses these challenges head-on by offering a centralized and secure platform for label design and printing.”


Loftware Cloud expands labelling capabilities across internal stakeholders, external suppliers, co-manufacturers, and co-packers, who all play a role in the complex supply chain process. With seamless integration into both on-premise and cloud-based business applications such as ERP, WMS, and PLM, Loftware Cloud optimizes workflows for greater efficiency and accuracy.

SATO’s cloud-connected printers further enhance this solution with effortless installation and mobility. Simply connecting a LAN cable ensures the printer is ready for immediate use. This plug-and-play functionality makes it easy to relocate printers as needed, giving businesses the flexibility to adapt to changing operational demands.

Denis Stojanoski, Loftware Senior Alliance Program Manager, added: “Loftware and SATO have a long-standing partnership built on a shared commitment to innovation. Together, we continue to develop cutting-edge supply chain solutions that empower businesses to operate more efficiently, adapt to evolving industry demands, and future-proof their operations. By combining our expertise, we’re driving the future of labeling to deliver greater agility, scalability, and value for our customers.”

Loftware and SATO’s global partnership extends over a quarter century. In recent years, the two have developed an advanced RFID encoding and logging solution to help businesses meet stringent traceability standards. The partnership between Loftware and SATO represents a strategic shift toward addressing specific use cases to better meet modern business needs.

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Labelling Range Upgraded to meet Linerless Demand

Business technology solutions provider Brother UK has upgraded its range of professional desktop label printers to be compatible with linerless labels, helping partners to meet customers’ sustainability, productivity and cost-efficiency goals.

The new TD-4550D and TD-4420D models are compatible with linerless labelling media, which doesn’t use the non-recyclable glassine lining typically used to protect labelling medium, while offering the fastest print speed of its class at up to 8ips.

Linerless compatibility will help users of the TD-4 range, including food industry, warehousing and retail businesses, to boost sustainability by reducing waste to landfill from discarded backing.
Partners can also help businesses to gain new efficiencies with the upgraded TD-4 line’s linerless operability. The number of labels users can print from one roll increases with linerless, as the thickness of the label is effectively halved without backing paper. This enables users to save time replenishing rolls in devices, and to buy replacement rolls less frequently.

The new TD-4 models will help resellers supporting customers in the food industry with sustainable labelling solutions for applications such as nutrition and allergen labelling for food preparation and distribution, in compliance with legislation including Natasha’s Law.

The devices are also suited to help retailers, where labels are frequently removed and replaced such as with price markdowns. Warehousing and logistics operations can also use the TD-4 range to achieve a more sustainable way to manage Auto-ID systems. Linerless labels also improve health and safety by removing potential slip hazards by taking the backing out of the equation.

Other features include compatibility with the LabelSuite™ design software. The TD-4550D has 203dpi resolution, 8ips print speed and prints up to 104mm width, while the TD-4420D has a resolution of 300dpi, prints at 6ips and widths of up to 108mm. Both devices also have label width detection, auto cut feature and are USB, WiFi and Bluetooth compatible.

Ged Cairns, head of specialist printing solutions (SPS) at Brother UK said: “Many businesses across warehousing, retail and food service sectors are re-appraising their approach to labelling and looking at how they can invest in upgrading to linerless-enabled printing fleets. Our upgraded TD-4 range will help partners to tap into this demand, as businesses seek to enhance productivity, make sustainability gains, reduce waste, and improve health and safety.

“The TD-4 range delivers on linerless capability while offering the full suite of features expected by customers, including fast print speeds and convenient connection options. Continuously investing in, and advancing, our specialist labelling print technology demonstrates how we live for the label.”

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USB-connected Desktop Printer Supports Logistics

To enhance its affordable desktop and mobile printer ranges, TSC Printronix Auto ID today launched the DH220E desktop device with USB connectivity, designed for affordable, everyday printing demands in busy logistics operations. Also, to support its popular Alpha mobile printers, TSC today launched some new accessories to assist in performing diverse labelling tasks in shipping and receiving, or direct store delivery. The accessories include:

· 12-48V wire to wire battery eliminator with power supply
· 12-60V DC vehicle open end power adaptor
· External fanfold media holder with expansion kit
· Quick release vehicle mount kit
· Wire to wire dummy battery pack

New DH220E desktop with USB interface for everyday printing in logistics

“Our new DH 220E is a desktop printer that connects via USB cable and prints direct thermal media. It prints from 10mm* to 60mm widths and retains the same unique qualities of the rest of the DH Series, ensuring optimal performance,” says Bob Vines, UK, Ireland & Nordics country manager for TSC Printronix Auto ID. “It offers 203 dpi or 300 dpi print options and is effortless to integrate and use.”

Bigger line-up of accessories for Alpha Series of mobile printers

In line with TSC’s commitment to sustainability and reducing environmental impact, DH220E can print on linerless media, which, apart from offering benefits like printing labels of any length, helps reduce waste and supports sustainability objectives. Both the packaging and printers‘ plastic casings on the TH DH Series are 100% recyclable, and over 90% of the devices‘ components are recyclable too. The DH220E’s casing is also made from 30% recycled plastic.

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Liquid Lens Technology to Small Code Reader

SICK has added Liquid Lens technology to the Lector 61X, its smallest image-based code reader, to deliver rapid and infinitely-variable focal adjustment and a significantly-extended depth of field. The SICK Lector611 with Liquid Lens packs outstanding read performance and operational versatility into an ultracompact device.

The SICK Lector611 image-based code reader reliably reads 1D, 2D and stacked codes even when they are low contrast, contaminated or of poor quality. It also excels with Direct Part Marking (DPM) and very small codes, including where they are practically invisible to the human eye or at very close range.

As well as code-reading duties in fast-moving production and logistics, is therefore ideal for reading direct marks on electronics or automotive components, for example. It also reliably reads slowly-degrading codes, for example on totes in hard-working materials handling environments.

Darren Pratt, SICK UK’s Product Manager for Identification explains: “The liquid lens used in the Lector 611 is infinitely variable. When combined with the automatic parameter switching function available in all Lectors, this enables the Lector 611 to switch automatically between different focal points on the fly.

“Focal distances switch automatically in milliseconds, resulting in an incredible depth of field over the full operating range of 50mm and 300mm. This is ideal e.g. for detecting packages of different heights on a conveyor or adapting to rapid batch changes in production logistics.”

Rapid Set-Up

Measuring just 30 mm x 40 mm x 50 mm and featuring snap-in mounting and flexible cable connectors, the SICK Lector 61X is installed with ease in the tightest of machine spaces. Configure the Lector 611 automatically via a quick set-up wizard in the free-of-charge SOPAS configuration software or directly via the on-sensor push-button auto-tune feature. Whichever method is preferred, optical and code settings are quickly optimised and the unit is ready to read in seconds. With intelligence onboard, the SICK Lector 611 can be set up to distinguish between several codes, or to read multiple codes simultaneously on a package or component.

Despite its tiny size, the SICK Lector 611 is a camera jam-packed with versatile functions. Its design incorporates magnifying optics so it can read microcodes with a minimum bar width down to 0.02 mm for 1D codes and a cell size as small as 0.04 mm for 2D codes. Combining eight LEDs and two lighting colours, the Lector 611 has a highly-flexible lighting capability to optimise the code identification, regardless of the surface or colour. Further optical accessories such as a polarising filter can be attached with no additional tools.

Data Analysis

As with all the cameras in SICK’s Lector family, the Lector 611 can help operators track the quality of the codes it reads. Good reads and no-reads are recorded and statistical analysis of read performance is provided alongside live images so operators can inspect code quality.

The SICK Lector 611 has an integrated time-of-flight laser to aid rapid set-up, while the built-in orientation sensor ensures optimal positioning, as well as rapid detection should the camera move out of alignment e.g. by being knocked.

The SICK Lector 611 with Liquid Lens features a flush screen, so it is ideal for environments with dust and liquid contaminants with a rating up to IP65. The onboard algorithms can pre-filter data before communicating to the control system. It is compatible with all common communication protocols, including TCP/IP, EtherNet/IP, PROFINET, serial and CAN.

Other cameras in SICK’s Lector family, the Lector 62X, the Lector 63X and the Lector 85X, extend the camera-based reading capability across many industries and applications. For example, the Lector 63X is ideal for hand-presentation applications in retail logistics, and the Lector 85X, the biggest in the family, is used for rapid throughput applications reading multiple packages on wide conveyors, e.g. in Courier, Express and Parcel hubs.

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Automated Hand-Scanning Upgrade

The automation of hand scanning processes increases productivity at inbound and outbound areas of logistics hubs dramatically. Now, a milestone upgrade to SICK’s Lector65x image-based code reader family has made it quicker and easier to set up and use the technology in high-volume operations.

Hand-held barcode readers are still widely used to ensure the traceability of goods and packages, for example in retail, warehousing and parcel sorting operations. However, this process not only takes time, but picking and putting down the hand scanner while handling the object risks repetitive stress and strain to the operator.

With a SICK Lector654 matrix camera installed above their workstation, operators can instead present the package to the scanner at the most ergonomic height, confident of highly-reliable read rates. With SICK’s innovative dynamic focus function, the camera can adapt flexibly to the working distance and the position of the code. Meanwhile, the operator can use both hands where necessary to handle more bulky or heavier objects.

Increase Productivity and Throughput

“In many logistics operations, the pressure is on to increase throughput, maximise productivity and eliminate any processes that could lead to delay or stoppages,” comments Darren Pratt, SICK’s UK Product Manager for Identification.

“SICK’s Lector654 offers a simple solution that is easy to set up without major changes to existing working areas. Operators can then work without the delays, interruptions and unplanned downtimes which are unavoidable when using hand scanners.

“Some overhead camera set-ups have a fixed focal point, but with the Lector654’s dynamic focus, adapting the workstation for people of different heights can be automated.”

The SICK Lector654 adapts flexibly to the position of the code, thanks to its extensive field of view and depth of field. Used for hand presentation, it can read a wide range of common 1D and 2D code types, while onboard decoding algorithms ensure maximum read performance and high-throughput even for difficult-to-read codes.

Hand-Scanning

The SICK Lector654 reliably identifies and decodes all common 1D, 2D and stacked code formats. With a high-resolution CMOS sensor, the Lector654 has the resolution to read all object sizes from large to small. Thanks to both dynamic focus and brightness adjustment, the Lector654 produces the highest quality images, which can also be recorded for other track and trace purposes, if required.

The SICK Lector654 also shares the high-performance features of SICK’s Lector65x family of image-based code readers. With a frame repetition rate of 40 Hz and real-time decoding, Lector65x track and trace systems reliably identify 1D, 2D and directly marked codes at high speeds. Training and installation time are minimised thanks to the camera’s function buttons, auto setup, an aiming laser, an acoustic feedback signal, and a green feedback LED.

With SICK’s 4Dpro common communications platform, the SICK Lector65x family of image-based code readers communicate easily with other SICK devices, for example for volume or weight measurement, and share their data and parameters, linking seamlessly with factory control and data systems. Compatible with TCP/IP, EtherNet/IP, PROFIBUS, serial and CAN interfaces, the Lector 65x cameras also have a MicroSD card slot to enable parameter cloning and image storage.

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For a Warm Valentine’s Day, Pursue a Cold Supply Chain

Imagine going to a shop and it has run out of roses, chocolates, or luxury dine for two meals – it might mean a romantic plan is spoiled and reverting to a less-than-ideal back-up option. In a few weeks’ time, Valentine’s Day will be upon us again. For retailers, it’s a peak time for gift buying—roses, chocolates, luxury items, and special offers. Total spending in 2023 was expected to reach $25.9 billion, according to NRF data, while in the UK that figure stood at £2.2 billion.

And like previous years, things can go wrong. One risk is around wasted inventory — flowers, cosmetics, food — because these are sensitive to humidity and temperature. For example, the rose supply chain is global with countries like Ecuador, Colombia, Kenya, and the Netherlands growing, harvesting and shipping roses across the world. Timing and temperature are everything – they need to be picked and processed at the right time and transported thousands of miles at the right temperature and environment so they’re fresh, crisp and colorful for shoppers.

Cooling via vacuum and forced air methods, removing infected flowers and avoiding botrytis blight and damage from frost while in storage and transit are some of the concerns that harvesters and logistics managers have to think about when it comes to the cold chain. Exposure to the wrong environment could cause wasted inventory, lost revenue and negative consumer experiences. But how can suppliers, logistics, and warehousing companies make sure their cold chain is the best it can be?

Cold Chain and Environmental Data Visibility

Supply chain managers need accurate, timely, high-level views of their inventory and supply chain with ‘air traffic control’ platforms that connect, analyse and leverage data across the chain. These platforms provide predictive insights and analytics for road, sea, air, rail and last-mile routing and allow transport and logistics teams to build custom solutions with APIs and leverage AI assistants for problem identification and solving. For example, if a delayed arrival of an empty truck is reported, a loading dock manager can turn to their workforce management solution to reallocate labour. They may have four workers they can send to help load or unload another temperature-sensitive shipment to minimize exposure to warmer (or colder) temperatures. In another scenario, the platform may be able to reconcile weather reports with anticipated transit routes to recommend a delayed departure. The shipment may be late, but it’s better to be late than throw away pallets of roses on arrival because they were temperature compromised.

At an operational level, environmental monitoring systems can use sensors in heating, ventilation, air conditioning and other systems to track that air, humidity, light and other conditions in cold storage. They monitor conditions across a space, giving managers visibility into what is happening. Meanwhile, environmental sensing systems monitor temperature, humidity, light and other conditions down to the item level and even after an item has left cold storage. This means sensing systems can travel with inventory like roses, monitoring conditions, location and time as they move and share that information during transit and upon arrival.

Sensors can range from simple chemical-based sensors to passive USB monitoring devices to more advanced Bluetooth-enabled ones. For example, the data captured via temperature sensors, location beacons and radio frequency identification (RFID) at the time the roses were unloaded from a trailer, put in inbound staging, released from staging and taken to cold storage can be aggregated and compared using prescriptive analytics. Should the temperature rise or drop at any point in time, managers can identify the trouble area and time frame to rectify the root issue and prevent a reoccurrence. They can also use the data to determine the potential impact of the temperature change on product quality. Recent advancements in data logger technologies leverage Bluetooth® and near field communication (NFC) connectivity. Cold chain managers can now see what’s happening inside a box or crate without needing to open it, making it convenient to track temperature variations in near-real time.

Data from these wireless-enabled data loggers are typically sent to the cloud. The inventory or quality control manager can then sign into their private portal to view the data for an entire shipment. Modern data loggers come with a security layer that provides secure connections to block unauthorized access, prevent data manipulation and provide encrypted data transmissions to help defend against security breaches.

Conclusion

Every rose has its thorn and right now, costs and delays continue to mount in the Panama Canal, and conflict in the Red Sea shows no sight of ceasing, as far as sea freight is concerned. While the wider industry faces labour challenges and a decline in air freight demand, transport and logistics companies and the retailers they serve are feeling yet more pressures. But recent data suggests warehousing and logistics leaders are heading in the right direction to make their operations a lot more visible, resilient, and secure.

Sixty-seven percent of decision-makers plan to implement temperature monitoring sensors and smart labels, while 91% want to move to cloud-based systems for improved supply chain visibility. Whether an online order or in-store browsing, it’s a disappointment when things aren’t available, especially for special occasions like Valentine’s Day. Sensors and cloud platforms are helping make that a thing of the past.

By Andre Luecht, Global Strategy Lead for Transportation, Logistics and Warehouse, Zebra Technologies.

Peak Season Efficiency with Mobile Label Printing

Peak season is a chaotic and profitable time for the majority of retailers and wider value chain. Websites and ecommerce engines need to be fully functioning, able to accept orders and fulfil deliveries – and warehouses and fulfilment centres need to be ready to meet customers’ delivery needs fast. Alongside this, last mile delivery operators need to ensure they have the right processes and systems in place to ship goods on time. In contrast, instore retail must make sure that its warehouses are operationally capable of picking, packing and sending goods to stores in time for shoppers to buy their products over the festive season.

Therefore, for many retailers, third-party logistics operators, warehouses and last mile shipment providers, organising logistics operations effectively with packaging labelling forms a crucial part of their success through and beyond the peak season. Its value, as part of the process, is understated. Jay Kim, Managing Director BIXOLON Europe GmbH explains the important role of using linerless mobile printers to print labels that can be used to organise warehouse operations, support with last mile delivery, and communicate with consumers.

How mobility is refining warehouse operations

Within many warehouse and fulfilment centres there are often stations placed around the distribution centre where printing takes place. This is because many sites and their operational processes have been designed for stationary label printers. While traditionally effective at printing labels, it means processes were designed around the location of printers – meaning that warehouses and staff duties were created with this in mind. It is not uncommon, for example, to see printing stations that have parcels taken to them by warehouse staff, to have labels printed and stuck onto goods. In many instances, labels printed come with liners too. This is problematic because when the liner is removed from the label – often a backing – it needs to be disposed of correctly in additional bins.

These bins take up a lot of space and liners can end up on the floor by accident, causing health and safety slip hazards. This becomes important to review across the supply chain too. When you consider some ecommerce retailers are shipping hundreds or thousands of goods daily, and many last mile delivery and shipping operators – like DHL, UPS and the Fedex- are responsible for managing and delivering even higher volumes of goods than that.

Another scenario within warehouses and fulfilment centres that is ripe for improvement is shelf labelling. Often, labels on shelves need to be changed quickly within warehouses. Through peak or any important seasonal period this might happen more frequently as products move around the warehouse or label codes or pricing changes. Traditionally, staff would have printed labels at a stationary printing station and then would walk to each appropriate shelf and change the label – a time consuming process. They’d have to first print the labels, then change them and then dispose of the liners. Again, more waste containers are needed and liners often end up on the floor accidently, causing a slip hazard.

Redesigning efficiency and productivity around mobile linerless printing

This is where mobile, linerless printing offers a better solution. Arming staff with mobile devices and mobile linerless printers enables them to travel around warehouses and fulfilment centres freely. They have autonomy to take on more, their roles can be enhanced and they can become more productive – for instance, using this technology has the potential to enable teams to pick, pack and ship more goods more effectively over peak periods. Which is crucial when its often a struggle to recruit and retain extra staff through and beyond this period.

Traditionally, over 10 years ago, mobile printing was perceived as expensive too, but this perception is now long outdated, and times have changed. The tables have turned. Mobile, linerless printing offers cost and efficiency benefits that supersede many stationary printing solutions and processes. This is because the reels of printing paper used contain more paper to print on; and they don’t need to make space for an extra liner that backs onto the label. The paper being used is often more eco-friendly because it has no liner and because it comes from sustainable resources.

Often less paper is used when printing too. Organisations only need to print as much label as they need, to convey the key information that is necessary to have on the label, at the time of printing. This approach replaces the idea of using a traditional, standard sized set of labels, which often sees the printing space on labels not being used optimally. For instance, an oversized label might be used incorrectly to share only a little bit of information and the traditional liners would need to be disposed of properly too – in this case using the precise amount of paper to print on, via a mobile linerless printer, would be less wasteful, more cost effective and more impactful. Especially since the print quality is better and more robust too.

Further, workflows can be redesigned accordingly, and since more can be printed from a roll, there is less waste to throw away when the roll is complete – also, fewer liners can be found on the ground in the warehouse or fulfilment centre causing health and safety problems.

Improving communication with customers during last mile delivery

It’s not only the warehouse and fulfilment centre that stands to gain from mobile linerless printing. The last mile does too. Often, during the final phase of delivery, when parcels are delivered at consumers’ homes they either accept their goods because they are “in”, or they don’t. When someone is not around to receive, sign-for and accept their parcel, often the delivery company leaves a note. Postal and delivery companies regularly do this.

When leaving a note, the delivery person often writes a message on a card to say when they stopped off to deliver the parcel, and it explains to the consumer how they can collect their delivery given they were not around to accept it. This communication process with customers can fail and cause a bad customer experience if the handwriting and information shared on the delivery note is not legible. Often, information presented can be inaccurate too.

To combat this, linerless mobile printers are increasingly being used to improve the customer communication process. A linerless label can be printed and attached to the delivery note, which is then posted through the consumer’s door. A standard set up could be designed to convey all the necessary accurate information to the customer about how they can collect their new parcel. This process can function alongside other customer proof of delivery processes and support them too. Further, since liners are not used with mobile printers, there is no litter and waste, presenting an additional environmental benefit.

Gone are the days when mobile printing was considered expensive and ineffective. We’ve all seen the power of mobile to transform many field service operations – warehouse, logistics, retail and e-commerce teams are not excluded from these wins. Mobile, linerless label printers, when used alongside mobile devices in warehouses, fulfilment centres, and during last-mile deliveries, have the potential to transform operational processes.

It makes you wonder why any retail, ecommerce or warehouse team doesn’t consider exploring its benefits – especially when many organisations are considering how they can improve their costs and operations to save money for themselves and for their customers.

Versatile new Desktop Printers

To enable businesses to future-proof their increasingly diverse labelling needs, TSC Printronix Auto ID has just launched its new generation of desktop printers; the TH DH Series. Effortless to integrate and use, and with enhanced security, these devices will produce high-quality labels on a wide variety of media.

Suitable for applications in retail, food and drink, clothing, healthcare and logistics, the TH DH Series will precision print anything from card swing tags and fabric care labels to specimen labels and shrink tubes. “This new range easily conquers most label printing challenges, be they thick, tiny, long or application-specific like vehicle registration plates,” says Bob Vines, UK, Ireland & Nordics country manager for TSC Printronix Auto ID. “It can do this with minimal intervention by IT managers, just simple adjustments to the DPI algorithm, heater line and TPH pressure.“

Optional extras like wireless connectivity, cutter and peeler modules enable companies to scale up applications without having to replace the whole printer, thereby prolonging product life-cycles. The TH DH Series is available in 2-inch and 4-inch models, with 203 dpi or 300 dpi print options in each. They can print up to 7,000† labels a day. A healthcare version is also available, featuring an antibacterial exterior to perform in medical environments.

Integration and deployment of the TH DH Series is seamless, label templates stay the same even when switching from other printer brands. Remote real-time monitoring and management, and self-diagnostic TPH Care means fast trouble- shooting and maximum uptime. Enhanced security helps protect networks from cyber attacks and any subsequent downtime.

In line with TSC’s commitment to sustainability, the TH DH Series is its first range to incorporate practices that reduce environmental impact. Both the packaging and printer’s plastic casing are 100% recyclable, and over 90% of the devices‘ components are recyclable too. The printers‘ casing is made from 30% recycled plastic. The TH DH Series supports linerless media, which, apart from benefits like printing labels of any length, helps reduce waste, and reinforces the devices‘ sustainability credentials.

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.”

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