AGV Mesh-Up 2022 set to take place

Following the world premiere of the first live test of the VDA 5050 communication interface in the AGV Mesh-Up during TEST CAMP INTRALOGISTICS 2021, a new edition of the test scenario will take place at Messe Dortmund in 2022. B2B trade visitors can observe the functions of Automated Guided Vehicles (AGVs) for themselves from 21st to 23rd March and exchange ideas with developers and scientists.

The initiator of the event is once again the VDMA Materials Handling and Intralogistics Association with its member companies. “There are now a number of industrial applications using VDA 5050, and at this year’s AGV Mesh-Up we will be showing the current state of development of the communication interface,” explains Andreas Scherb, who heads the Automated Guided Vehicles department in the VDMA Materials Handling and Intralogistics Association.

According to the association, not only will some new manufacturers be involved in the AGV Mesh-Up, but extended functionalities of the communication interface will also be presented. “We don’t want to reveal too much at this stage. But one thing is certain: it will once again be an exciting scenario; and trade visitors will be able to follow more interactions than last year,” emphasises Dr. Wolfgang Hackenberg, CEO of SYNAOS GmbH, the VDMA member which is providing the guidance system for this year’s AGV Mesh-Up.

The aim of VDA 5050 is for automated transport vehicles in the warehouse, i.e. tugger trains, AGVs or autonomous mobile robots (AMRs), to communicate via plug-and-play technology independently of manufacturer and system. For the vehicles, this means in concrete terms: they drive with different types of navigation (for example, line-guided or contour-based), but communicate with the higher-level control system in a common data language.

At the test premiere in 2021, six vehicles from different suppliers drove under one control system via the VDA 5050. The name AGV Mesh-Up is based on a mesh WLAN, in which different components interlock and are seen as a unified WLAN.

The practical test was seen as an important milestone for industry on the way to Industry 4.0. For months, representatives of AGV manufacturers and users had exchanged views on the topic of higher-level control systems in production and logistics under the coordination of the German Association of the Automotive Industry (VDA) and the VDMA Materials Handling and Intralogistics Association before the first live test was launched in 2021.

On the topic of VDA 5050, a prominent panel discussion will be held for the first time during the AGV Mesh-Up to discuss the status quo and the future of the communication interface. The session on 23rd March at 10 am will be moderated by Jan Drömer, CIO of ek robotics. Dr. Wolfgang Hackenberg, CEO of SYNAOS, and Mathias Behounek, Managing Director of SAFELOG, will be on the podium. Dr Christian Reinema, Head of Logistics Planning Assembly at Volkswagen Commercial Vehicles, and Alexander Balandin, Head of Mobile Robots, Global Business Services at Robert Bosch, will contribute the user perspective to the discussion.

The AGV Mesh-Up is embedded in the TEST CAMP INTRALOGISTICS, which takes place parallel to the IFOY TEST DAYS in March. Under the motto “Spot on Innovation and Business”, the test event with IFOY finalists, IFOY partners and internationally renowned manufacturers is open to a limited number of B2B trade visitors.

The sustainable, innovative event format on a total area of 9,800 sq m has been extended from two to three days to offer participants more time for test drives and intensive technical discussions with company representatives. Between 21st and 23rd March, guests can not only take part in guided highlight tours. For the first time, there will also be panel discussions on the trend topics of innovation management, intralogistics 4.0 and the AGV Mesh-Up.

TBWB celebrates 45th anniversary

This month marks a historic event for logistics automation, as TBWB (Technical Bureau West-Brabant BV) will be celebrating its 45th anniversary on 14th February 2022, a rare achievement in this industry.

TBWB is a family business founded in 1977 by Henk Friederichs, and focuses mainly on industrial automation, specialising in internal logistics. Since 2009 the company has been taken over by the next generation, son Bart Friederichs who is general manager, and his sister Jikke Friederichs is head of HR.

On 14th February, TBWB also says goodbye to Willem Huijben, an employee from the very beginning, who will enjoy his well-deserved retirement after 45 years of loyal service.

TBWB is a specialist for the automation of internal logistics processes. Whether it concerns the digitisation of order picking processes and the integration of automated installations, palletising concepts, or the complete automation of processing, storage and transport systems, TBWB  describes itself as the specialist for every logistical challenge.

TBWB delivers complete custom projects for the automation of internal logistics, from engineering to delivery and service (24/7). Whether it concerns transport and sorting systems, material handling and order picking, to automatic storage of pallets and goods, TBWB says it can offer the right solution for every company active in logistics. TBWB’s core business is warehouses, distribution centres and production companies.

It puts together a specialised project team for each project, and claims that the optimal bundling of knowledge and know-how, in collaboration with its reliable partners, ensures the desired result.

With TBWB Flowcontrol, it controls the entire automated installation plus PLC. With TBWB Stockcontrol, it manages the stock and warehouse processes (location, stock and storage) for automated solutions such as automated warehouses, pick-to-light systems, and barcode scanners. With TBWB Sortercontrol, TBWB says it has a unique solution for controlling sorting installations. Its software team seamlessly links all these software packages to your ERP or WMS (Warehouse Management System).

Its customers include Ahrend, Trans-O-Flex, Hitachi Transport Systems, Destil, Montapacking, Intertoys, Fabory, Bego, Sumitomo, CB, PostNL and Merba.

 

Edeka relies on Witron technology

As part of its “Logistics 2030” optimisation campaign, Edeka Nord is again relying on the storage and picking systems of the general contractor Witron from Parkstein, Germany, for the design and implementation of the new regional warehouse in Neumünster.

With 26 latest-generation COM machines, the current largest German food distribution centre that is run by Witron’s OPM technology is being built in the state of Schleswig-Holstein. From mid-2025, Edeka’s DC will supply almost 700 stores of the Edeka Regionalgesellschaft Nord with more than 10,000 dry goods. Edeka Nord and Witron implemented a highly automated central warehouse in Zarrentin (Mecklenburg-Western Pomerania) already in 2015, which was expanded in 2019.

“Our decision to invest in the OPM solution was based not only on economic aspects and workstation ergonomics but also on environmental factors such as CO2 savings in transportation thanks to efficiently packed load carriers for optimal trailer utilisation,” explained Uwe Schmidt, Project Contractor for “Logistics 2030” at Edeka Nord.

The facility with a size of 46,300 sq m includes a total of 70,050 pallet locations, 583,600 tray locations, and 67 highly dynamic stacker cranes. It is designed for a daily picking capacity of 365,750 cases. Most of the cases are stacked fully automatically onto pallets and roll containers by 26 COM machines – without errors and in a way that makes unloading and replenishing in stores easier and faster.

Bulky goods are picked by the logistics staff supported by the semi-automated Witron Car Picking system (CPS). Parallel picking of several orders onto one industrial truck is possible. The Witron Display Pallet Picking System (DPP) places half and quarter pallets fully automatically onto pallets and roll containers. An intelligent Witron IT platform ensures a holistic connection between all processes within the internal and external supply chain and thus guarantees high flexibility as well as process optimisation in real-time.

As already established at the six other automated Edeka and two NETTO sites throughout Germany, a Witron OnSite team will also be responsible for service and maintenance of all processes and system components in Neumünster.

 

Dematic AGVs optimise new DC

Toll Group has implemented Dematic Automated Guided Vehicles (AGVs) at Mars Wrigley’s new national distribution centre in Melbourne, Australia. Toll Group is a leading Australian transportation and logistics (T&L) company, with operations in road, rail, sea, air transportation, and warehousing.

In April 2021, Toll announced it had entered into an agreement with Allegro Funds for the sale of the Global Express business. Completion of the sale is subject to regulatory approvals and other customary closing conditions, with completion targeted for the third quarter of this calendar year.

Toll’s core company mission is to help move the businesses that move the world. With over 130 years of experience, Toll has positioned itself as an industry leader in the T&L sector, equipped with the expertise to solve any logistics, transport, or supply chain challenge.

Locally in Australia, Toll has recently opened the doors to its new, highly automated and purpose-built food DC in Truganina in Melbourne’s west, for its customer Mars Wrigley Australia.

Built by Toll for Mars Wrigley, the DC, which is bigger than two Melbourne Cricket Ground (MCG)s, is now the main Mars Wrigley national supply chain facility. Working alongside Dematic – an intralogistics innovator that designs, builds, and supports intelligent, automated solutions for retail, manufacturing, and distribution operations – Toll has built a facility that sets a new industry standard for automation in Australia.

Shift to automated operations

Following the continuously high demand for Mars Wrigley’s products, Toll and Mars Wrigley strengthened its partnership by investing in a new state-of-the-art facility in Melbourne.

Built to manage all national storage, dispatch and replenishment operations, the dedicated Mars Wrigley facility is highly automated to optimise warehouse operations in a resilient and robust way, so as to accommodate for current and forecast future demand growth.

Peter Stokes, Global Logistics President at Toll, says that the new DC represents the future of supply chain and logistics in Australia, with its advanced integration of automated technology, including AGVs, positioning it as a flagship facility for the industry.

“Early on in the project, there was a lot of effort that went into understanding Mars Wrigley’s business strategy and its products. Equally, because of the capital investment, and the level of complexity around the project, there were many measures undertaken to understand the future view of what Mars Wrigley was aiming to achieve,” said Stokes.

“When designing the facility, we took Mars Wrigley’s strategic needs strongly into account and our partnership with them has been particularly important in doing this. The facility is designed and purpose-built for Mars Wrigley to support its national distribution in Australia – serving as a multi-chamber, multi-temperature facility, now heavily automated with the use of AGVs.”

A large deployment of 17 Dematic AGVs are in operation at the Toll Mars Wrigley DC. With its industrious design, size, and deployed automation, the new facility removes the need for offsite storage, which was not possible under previous supply chain models.

“Mars Wrigley’s definitive direction for this project was to provide a platform for efficiency, safety, and performance for both our customers and the business, and to create an even greater partnership between Toll and Mars Wigley moving forward,” said Chris Georgiou, Supply Chain Director, Mars Wrigley.

“After the unprecedented levels of demand experienced during the pandemic, on top of the already surging demands on the grocery sector in general, it was clear that we needed to make the most out of this new facility, which is why we chose to optimise the facility with the use of automation; with the help of Toll and Dematic. This transition has helped us to not only boost efficiency in the current term but to match our ambitions for future growth,” added Georgiou.

Selecting an Automation Partner

Due to Dematic’s long-term track record of successfully implementing automated technology solutions to warehouse environments, Toll was assured that this investment in AGVs from Dematic would meet the current and future needs of Mars Wrigley.

“The selection of technology partners is really important for us, which is why we selected Dematic for this project. Dematic has long been a leader for automation in the industry, and so, our decision to select them as technology and integration partner was based on their wide-spread expertise in implementing this kind of automation, and their hands-on approach to ensuring the system is deployed correctly and able to achieve its full potential,” said Stokes.

Dematic is the leading supplier of AGVs in Oceania, having supplied over 700 AGVs in upwards of 120 projects across the region. Dematic AGVs are designed, engineered, programmed, and manufactured in Sydney Australia using world-leading component systems.

Streamlining DC Operations

The Dematic AGVs work as driverless forklifts that are integrated with the Toll’s existing WMS to be loaded with data before setting off on daily tasks.

“AGVs are intelligent solutions that operate at a faster rate than any palletisation activity done with a manual forklift, with the end result being to eliminate all manual activity completely. Overall, this has been the core focus when optimising the new Toll Mars Wrigley facility with automation,” said Tony Raggio, General Manager of Sales, AGVs, Dematic.

The 17 AGVs at the Melbourne facility are purpose-built to operate across different areas of the DC.

Thirteen Dematic High-Reach AGVs work to store and retrieve pallets of product in pallet racking; lifting pallet loads up to 10.5 metres high, with extendable tines to operate in double-deep racking. The remaining four units – Dematic Counterbalance AGVs – efficiently take care of pallet transportation tasks in the facility.

The AGV solution manages, transports and stores pallets within the facility, with custom-designed functionalities designed to operate for up to 24 hours with automated battery exchange. They work to receive, transport and store full inbound pallets or raw materials into double deep racking, in line with Toll’s business rules. Similarly, the AGVs work to transport picked pallets for replenishment to selected handover locations, or outbound replenishment and order staging areas.

“The AGVs working at the Melbourne facility are each broken down to operate in the areas that they are built for. For example, outbound orders are picked by the High-Reach AGVs, which are then dropped at the end of the racking aisle to be transported to the staging area by the Counterbalance AGVs. This way, the entire fleet of AGVs work cohesively with each other, offering a completely automated picking, receiving, and transporting cycle within the DC,” added Raggio.

The AGV Manage System (AGVM) communicates directly with Mars Wrigley’s existing WMS, Programmable Logic Controller (PLC), manual forklifts and all AGVs operating within the warehouse.

The AGVs navigate the facility with a laser-guidance system and use onboard hazard detection to avoid collisions. This high-end navigation allows them to move around the facility optimally and safely. To do this, a rotating Laser scanner mounted on top of the AGV is used to measure angles and distances to reflectors mounted on the surrounding walls within the facility. The AGVs then calculate a position based on the information from the laser scanner, together with speed and steer encoders. By using encoder and laser feedback, the AGVs have a repeatable accuracy of +/- 5mm.

Additionally, the AGVs are powered by lithium-ion batteries and can drive themselves onto charging floor plates at times of inactivity to be fully charged in just two hours, as part of the Automated Battery Exchange function.

AGV Rollout

As part of the rollout, Dematic successfully tailored the unique specifications of the AGVs to the facility and Toll and Mars Wrigley’s business strategy.

By providing necessary planning and simulation data at the beginning of the project, such as item, stock, and goods-in and goods-out data, Dematic and its project management team worked alongside Toll to ensure the AGV solution was deployed correctly to achieve its full potential.

Additionally, the AGVs implementation took into account the solution’s requirements and the facility’s existing infrastructure and power supply. This included compatibility with IT networks and connection requirements, power supply for the WMS, server systems, workstations, and peripheral mobile devices.

“Dematic worked alongside our team for every step of the implementation process, assessing all major factors with its rollout and support team to make sure everything was done correctly,” said Stokes. “The hands-on approach taken by Dematic helped us to understand how the AGVs were going to fit into the existing infrastructure of the facility, and how they were going to operate within the space. This gave us the confidence that the solution would exceed the expectations we had for it.”

Safety and Training

Dematic implemented a training program for the use of the AGV systems within the new Toll Mars Wrigley facility. For the training phase, technical and support personnel from Dematic ran practical training sessions for duties such as storage, relocation and item picking, and the system maintenance of all system components.

For maximum safety in an environment where there are personnel and other material handling equipment, the AGVs have three obstruction sensors. These sensors are designed to identify any unexpected object within the scanner’s horizontal sensing plane. The obstruction sensor has two sensor fields – one protection field and one warning field. When an obstacle is detected in the warning field, which is longer and wider than the protection field, the vehicle will slow down to below normal walking pace. When an object is detected in the protection field, the safety relay will trigger an emergency stop within the AGV and it will remain stopped until the obstruction is cleared.

The AGVs also have four emergency-stop buttons, with one in each corner of the AGVs. Once pushed, they trigger an emergency stop in the vehicle until it is released manually, and the reset button is pressed.

Additionally, fire protection measures are also included as part of the AGV solution’s safety protocols, with the system connected to all sprinkler systems, central fire alarms and smoke and heat vents within the facility.

Service and Support

Dematic’s full ongoing service and support program help Toll to optimise system uptime, continuity of throughput, and production efficiency. This will ensure Toll and Mars Wrigley are getting the best ROI on the AGV investment.

Additional service and support provided by Dematic includes a maintenance, refresher operator, and general system function employee training day course every six months, to increase employee confidence and knowledge of the AGVs.

“Our service and support program provides resources that ensure the best level of productivity is achieved. By working to reduce system downtime due to component failures, we can, in turn, reduce the overhead costs of system maintenance for Toll and ensure that the solution is able to operate in the best way possible,” said Raggio.

Benefits of AGV Solution

For Toll and Mars Wrigley, being able to partner on an investment in a new state-of-the-art DC that features advanced automation technology like AGVs and is optimised to meet high growth now and into the future, has been the biggest benefit overall.

The optimisation of warehouse operations using AGVs has enabled Toll Mars Wrigley to utilise its new facility to achieve significant improvements to the efficiency, accuracy, productivity, and safety of picking, put away transportation, and retrieval and replenishment operations.

The deployment of AGVs has provided Toll Mars Wrigley with the ability to achieve an increased capacity of holding goods within the warehouse; capable of storing an additional 31,000 pallets of goods – equivalent to 730 million MARS bars. This means the AGVs will allow Mars Wrigley to accommodate for future growth, of up to 50,000 total pallets, compared to its current use of 19,000 pallets. This will greatly support Mars Wrigley’s growth ambitions in the Australian market.

“The new facility is a core pillar of our business strategy, which is based around improving the safety, quality, service, and cost metrics of our operations. Since implementing the AGVs at the new DC, we have already seen a significant boost in productivity by switching from manual to automated operations. Likewise, the introduction of smart technology and automation will support our ambition to grow as a business,” said Georgiou.

With such a high level of autonomy, AGVs provide the backbone for a 24/7 operation to maximise service levels, which would otherwise be very costly to maintain. AGV systems can naturally grow with the addition of vehicles as volumes increase, and being exchangeable, they provide an unmatched level of system redundancy. As the human error factor is taken out of the equation, AGVs also eliminate costly product and equipment damage.

The robust design of the AGVs also means they can withstand the typically challenging environment of a warehouse, all whilst providing a 360° safety field of protection. This enables the AGVs to effectively and safely co-work with operators and any other warehouse machinery or vehicles.

“With the safety of DC workers being our top priority, this use of automation with the AGVs creates a safer workplace and minimises mistakes that can lead to damaged products. This provides a better outcome for Mars Wrigley’s safety standards, whilst also ensuring its products arrive on supermarket shelves on time and in peak condition,” concluded Stokes.

Interroll releases strong 2021 figures

Interroll achieved significant growth in the financial year 2021: sales increased to CHF640.1m/€616.6m (+20.6% year-on-year, +21.0% in local currencies). Order intake climbed significantly to CHF788.4m/€759.4m (+43.9% year-on-year, +44.2% in local currencies).

The result is expected to show a substantial increase compared to the previous year. Based on the positive order development in the full year 2021, the Group is cautiously optimistic about the financial year 2022.

Sales in consolidated currency reached CHF640.1m/€616.6m (+20.6% year-on-year) and exceeded the previous year by 21.0% in local currency. Compared to the first half of 2021, Interroll was again able to increase its sales momentum. In the second half of the year, a disproportionate growth in the project business in particular contributed to this.

Order intake in 2021 rose to CHF788.4m/€759.4m in consolidated currency (+43.9% year-on-year) and grew by +44.2% year-on-year in local currency. The second half of the year saw continued strong business momentum in the markets.

In terms of the result, Interroll expects an increase. According to preliminary figures, the company was also able to increase EBITDA and EBIT. Margins are slightly below the record year 2020 due to increased material prices and the strained supply chains.

“Interroll convinces with its innovative technology platform for material flow solutions. We have significantly expanded our market presence in 2021 and have started the new year with a record order backlog,” explains Ingo Steinkrüger, CEO Interroll Worldwide Group.

“We expect positive demand momentum, while at the same time we continue to closely monitor strained supply chains and rising material costs worldwide. Against this backdrop, we remain cautiously optimistic overall, but maintain our cost discipline and continue to do everything we can to further improve our delivery times for customers.”

The complete Interroll Annual Report 2021 with the final audited figures will be presented on 18th March, 2022.

Decathlon appoints Geek+ as robotics partner

Geek+, a global leader in AI robotics technology, and Decathlon, one of the world’s largest retailers of sporting goods, have announced the successful deployment of hundreds of autonomous mobile robots (AMRs) in three key European distribution centres to automate Decathlon’s e-commerce logistics platform.

The modernisation of these three centres, located in Castelnau, France, Łódź, Poland, and Campania, Italy, leverages Geek+’s AMR technology to enable Decathlon to increase its storage capacity, streamline its logistics processes, and better serve its expanding online customer base across these countries.

The two companies have long collaborated to deliver outstanding logistics services in Asia, and this upgrade, achieved within the past six months, sees Decathlon similarly entrust the modernisation of several warehouses to Geek+. Geek+’s cutting-edge AMR and AI technology give Decathlon a high degree of flexibility.

Sébastien Alcasena, Logistics Transformation Manager at Decathlon, said: “The past two years represent a turning point in how people engage with e-commerce, and we have to provide service of the highest quality. In Geek+, we have found a great partner with a flexible and scalable robot-based solution to meet our customers’ expectations. We look forward to continuing our logistics transformation in Europe.”

New customer expectations for e-commerce – higher volumes of orders and returns, same- and next-day delivery, and near perfect accuracy – have brought new challenges for retailers and a need to address logistics bottlenecks. With 1045 stores in 25 European countries, Decathlon requires a highly flexible and fast supply chain, and has turned to Geek+’s goods-to-person solutions to optimise its B2C logistics.

Jackson Zhang, Vice President of Geek+ Europe, said: “Decathlon placed special emphasis on scalability at an international level when looking for an automation partner in their search for a solution that could cope with the rapid growth and the challenges of their e-commerce business. Geek+ is uniquely positioned to support this objective, having a successful track record of projects in China and the wider Asia Pacific region that have permitted double-digit growth in Decathlon’s warehouse flows.”

Geek+ tailor-made a new robotics solution for each distribution centre using hundreds of its P-series picking robots, as well as the RoboShuttle, Geek+’s next-generation tote-to-person AMR solution. The number and configuration of AMRs operating within Decathlon’s distribution centres can be easily adjusted to respond to fluctuations in order volumes during peak season. Unlike traditional infrastructure, the AMR systems allow for flexible maintenance and modification without any interruption of service.

The upgrades made to these three centres represent just the beginning of the collaboration between Decathlon and Geek+ in Europe. Given the rapid success of this project, the companies aim to identify other areas where Geek+’s AMR technology can help Decathlon deliver the world-class e-commerce service that has become its new standard.

Caja Robotics collaborates with Bastian Solutions

Caja Robotics, a leader in robotic and flexible goods-to-person solutions for order fulfilment, will be working closely with Bastian Solutions, a Toyota Advanced Logistics company, to integrate Caja robotic systems in the USA. The two companies will leverage each other’s capabilities and leadership positions in the material handling space to serve a range of projects and customer sites.

“We are excited to collaborate with Caja Robotics and add their flexible and modular robots to our solutions roster,” said Matt Kuper, Vice President of Global Sales and Applications at Bastian Solutions. “Caja’s technology is very impressive as it adapts, scales and responds to the needs and demands of our customers, whether on large or small sites. Our business collaboration comes perfectly in time as customers consider and gear up with flexible automation for peak demands in 2022. We look forward to working with Caja and introducing their technology.”

Bastian Solutions is a trusted supply chain integrator committed to providing clients a competitive advantage. Its portfolio of solutions includes advanced automation such as mobile robots, automated storage and retrieval systems (ASRS), automated guided vehicles (AGV) and goods-to-person technology, each considered on their own merits to provide tremendous productivity gains and a quick return on investment.

It also provides custom robotic and conveyor manufacturing as well as high-quality material handling software. With offices across the United States, Bastian Solutions plans to evaluate opportunities to deploy Caja as the right automated order fulfilment.

Ilan Cohen, CEO at Caja Robotics said, “Bastian Solutions is a leading supply chain integrator, so this is a significant step for the future of Caja in the USA. Together, we will expand our US foothold, expand sales efforts, and provide Caja solutions to a variety of customers to solve the ever-increasing challenge of fulfilling orders, especially during peak demand. We’re excited for the collaboration and opportunities to come.”

Born in response to the daily challenges experienced in the world of order fulfilment, Caja developed a smart warehouse technology that easily adapts to existing infrastructure and is flexible enough to handle peaks in sales. Caja Solution combines two robots: a Lift robot and a Cart robot, that work synergistically to optimise order picking operations. With Caja’s advanced AI-powered software, the robots move bins between workstations and the inventory, constantly optimising inventory management.

 

No need to panic over lack of warehouse space

Making the best use of industrial warehouse space has become even more urgent at the start of 2022 with the latest figures suggesting a severe shortage is due to the pressures of e-commerce.

A recent report has highlighted that only 18.1 million sq ft of space remains in the UK despite the building of 11.1 million sq ft built in 2021. Although this is highlighted as the equivalent of 26 Wembley Stadiums, nearly 75% of this space has already been let or is under offer at the start of 2022. There is no escaping the fact that despite the demand increasing for warehouse space, the ability to outrun the demand is not keeping pace with changing consumer trends.

Yet the prospects for extra warehouse space are alarming in the short-term. The demand for e-commerce is causing a surge in demand for extra warehouse space. This will only increase as the global pandemic has altered the retail environment. But solutions are not confined to increased space: the use of intelligent data can resolve many of these issues by utilising space and delivery schedules to free up warehouse capacity.

The capture of real-time insights enables the measurement, tracking and finding of goods without disruption to the workflow. In an environment of space restrictions and short-term storage, the control of information and real-time data is essential to fully utilise the space and keep stock moving. London manufacturer BotsAndUs has created a fully autonomous robot system called Mim to collect data to create a comprehensive overview and detailed inventory of goods in any warehouse.

This system enables goods to be recorded, identified and shipped faster, creating more space in a warehouse and reducing costs. By controlling the movement of goods in any warehouse space using autonomous data collection, users can maximise the space utilisation and reduce the need for extra space creation. This is not just a short-term solution: the demand for warehouse space will increase steadily as the e-commerce sector expands to include not only retail hardware but also food and drink businesses. These are fast-moving operations that rely on speed of delivery. To achieve that they also need efficient data to keep control of their stock.

Many logistics operations waste time and human resources trying to locate goods in their warehousing locations. Not only that, but they suffer from significant revenue reductions when incorrect goods arrive at their locations and repacked for outbound delivery. Without correct data collection, time and effort is wasted, resources underused, and deliveries subjected to delays and financial penalties.

The use of autonomous robotics to collect information on stock and assist in the movement of inward and outbound goods will ease the pressure on the logistics’ sector. What is needed now is not panic, but an understanding of the assistance and solutions robotics has for the longer-term issues related to retail logistics.

CLICK HERE to watch a video

3D scanning in motion shakes up automation

A novel approach to 3D scanning enables robots to see and handle objects in motion, opening up a completely new range of logistics applications. The technology outperforms standard 3D machine vision methods by allowing shorter cycle times and higher productivity, efficiency, and throughput.

Imagine a robot equipped with 3D vision that is tasked with handling parcels that are in constant motion. Let’s say they are placed on a moving conveyor belt and when they get within the reach of the robot, it picks them from the conveyor and places them at another location. But there is a catch.

Traditionally, parcels needed to stop moving so that the vision system navigating the robot could scan each one of them in high quality and define their precise position and orientation. This has been a common limitation of all existing 3D sensing technologies for scanning large work areas – to acquire high-resolution and high-quality 3D data without motion artifacts, the scanned objects must be static. However, stopping the line prolongs cycle times and compromises productivity.

So, the question becomes how can you automate applications that involve robotic handling of moving objects without stopping the line for each scan acquisition? How do you get high-quality 3D scans for precise robot navigation and, at the same time, fast operation speed with short cycle times and no interruption?

A game-changing approach to 3D scanning has been recently introduced by Photoneo, which launches a new era of automation to transform logistics, e-Commerce, warehousing, and many other sectors. What does this novel technology enable and what types of new robotic applications does it open up?

Capturing objects in motion

The novel approach uses the patented technology of Parallel Structured Light, which looks at 3D scanning from a completely different perspective than conventional 3D sensing methods. So, how exactly does it differ from traditional approaches and how can it benefit your applications?

The Parallel Structured Light implemented in the 3D camera MotionCam-3D is the only technology that enables 3D area scanning of moving objects in high resolution and accuracy. In concrete numbers, the technology enables the capture of objects moving up to 144km/h, providing a resolution of 0.9Mpx and an accuracy of 0.300-1.250mm, depending on the camera model. When switched to a mode for static scenes, the technology provides a resolution of 2Mpx and an accuracy of 0.150-0.900mm.

Traditional popular methods cannot do this. Time-of-flight systems, for instance, can capture fast-moving objects but their resolution is fairly poor. Or, if we take structured light systems, we can get great resolution but the scanned scene needs to be static at the moment of scan acquisition, otherwise the result will be distorted. These limitations take us back to the problem outlined in the beginning of this article.

The Parallel Structured Light technology shakes up automation in logistics and other sectors by enabling new applications that involve the aspect of motion.

The ability to scan objects in motion hugely impacts the whole sector of order fulfilment. For instance, parcels prepared for shipment that are placed on a moving conveyor belt can be scanned in motion, picked, and sorted by a robot according to specific criteria, such as the delivery company, without interrupting the flow for each scan acquisition.

Similarly, an overhead conveyor does not need to be stopped for a robot to recognise and pick items hanging on it, in contrast to standard applications with a robot or human operator using a lifting manipulator arm. The Parallel Structured Light enables the scanning of objects that are moving, swinging, or slightly rotating, providing a continuous stream of high-quality 3D data, all while in motion.

Other applications include palletisation – picking parcels or boxes from a moving carrier and placing them onto pallets, and the converse process of depalletisation – picking objects from pallets and placing them onto a conveyor belt, for instance.

Consistent 3D scanning in rapid motion can also greatly benefit logistics applications that require dimensioning, i.e. the measurement of boxes moving on a carrier, their volume measurement for void filling, bounding box estimation, or counting.

Logistics companies can no longer scale or stay competitive without automation. Technological innovation and advancements are serving up new solutions that are constantly pushing the limits of the feasible. Machine vision empowering vision-guided robotics is an incontrovertible proof of this trend – with the novel Parallel Structured Light approach to 3D scanning, automation gets a new meaning that reshapes logistics and all other sectors that make use of automation.

CLICK HERE to watch the video.

RMGroup’s new website aims to wow users

Leading robotics and automation specialist, RMGroup, has recently launched an impressive new website, showcasing its knowledge, innovation and automation expertise. The company designs, manufactures and supplies a wide range of manual and automatic packaging machinery, packaging systems and robotic automation to an expansive customer base spanning food and beverage, horticultural, aggregates, chemicals and agricultural industries.

The modern and engaging site incorporates the very latest web development technologies and boasts a whole host of features, including a fresh layout that means that visitors can access every page with ease, regardless of whether they are browsing from a desktop computer, tablet or smartphone.

With the homepage displaying an immersive animation of RMGroup’s comprehensive capabilities, visitors to the site will be wowed from the get-go. Created with the user experience in mind, the site includes many features to facilitate quick and easy navigation. Searching the portal via product or industry produces relevant solutions, including images, technical specifications and supporting material such as videos, case studies and all important customer testimonials.

Key areas of the site include information on RMGroup’s service and support, where users will be able to learn how the company provides its customers with industry leading service and aftersales care, and the media and resources hub, which contains a wealth of valuable content, including brochures, case studies, videos and press releases. Additionally, and following the company’s recent opening of a US subsidiary in Delaware, the site’s content has been configured to provide international visitors with a more inclusive experience. Full language options are also available.

“Developing the new website was something we were eager to do last year, so that we could present our innovative solutions and expertise in an even more user-friendly and engaging way,” said RMGroup’s Rosie Davies.

“The new platform is easy to navigate and intuitive, so whether you are looking for our bulk bagging solutions, automatic bag filling, robot palletising, or the very latest in AGV technology, everything can be found quickly and easily on the new site.”

 

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