Everyone Can Automate Warehouse Trucks

Oranges are not the only fruit, and in the world of warehouse vehicles brand differentiation is significant. Still Materials Handling, the ‘orange truck’, is automating its product line, as David Priestman reports from a press event in Antwerp.

In the charge towards warehouse automation materials handling OEMs want to avoid being typecast as just a forklift supplier or racking provider. Still’s new pitch is to be a systems integrator, while continuing to offer manually-driven warehouse vehicles. “We’re a one-stop-shop,” declares Managing Director Dr Florian Heydenreich (pictured). “70% of customers want to automate. We want them to think smart from the start and we’re providing customer-optimised products, robotics, hardware and software.”

The former factory of Egemin, the Belgian automated guided vehicle (AGV) pioneer, on the outskirts of Antwerp, is now Still’s automation competence centre, with 400 staff here. Since Egemin joined the KION group in 2015 (for a reputed €72m), expertise in AGVs has permeated to the rest of the group’s companies. The AGV market is forecast to grow by 18% per annum, driven by a need for process efficiency, cost control and the shortage of labour. Still, understandably, wants to rapidly gain market share. “Our aim is to advise and offer the best fit solutions, regardless of customer size and experience in automation,” Heydenreich adds, describing a holistic strategy.

“Automation is a hype, with five myths,” he explains:
1. Automation only works in new build facilities with high investment. This is not true as automation does not always replace manual operations, can be scaled-up and is therefore suitable for existing, ‘brownfield’ DCs
2. Automation solutions lack reliability. Automating cannot turn a bad operation into a good one without collaboration. 98% reliability is achievable
3. Immature technology. The biggest risk is the human factor. Companies must define standards, expectations and processes, for example regarding peak performance
4. Traditional materials handling providers are not innovative enough. We need to set standards for automation. Still has 600 employees working on simulation and project design
5. Automation is a purely contractual arrangement – the customer orders it and the integrator just implements. No – it is a joint approach, including change on the customer’s side, that needs time and consideration. Success requires close co-operation.

No forklift accidents without humans

Automation-as-a-service is what Still propose. An AGV is essentially a set of computers and sensors with forks and wheels. ‘Service readiness’ is key. Data is provided by every vehicle to the customer and to Still technicians for predictive maintenance. There no longer needs to be two different types of engineer – one for hardware and one for software as every technician can do all the work an AGV needs, using diagnostics and system updates. The machines have been ‘industrialised’, being built on the same production lines as manual trucks, making them cheaper and more highly available. For a three-shift, 24/7 operation, automation is the answer.

With two fleet management systems, ‘iGo Easy’ and ‘iGo Systems’, users can choose between standard or high-performance AGV fleets, with models such as the EXV 16 and AXV 12. iGo Easy does not require ERP or WMS and the user interface is any mobile device, with a lean project team. iGo Systems integrates AGVs into the customer’s WMS, with intelligent order allocation and storage location selection, to maximise throughput based on priority, weight of load etc. Data is stored on which AGV stores which load, where and when.

Reaching up, not out

The entire warehouse is mapped, creating a digital twin, for navigation, with precision to the nearest centimetre. The EXV has a lead time of just 8 weeks, from order to delivery. AGVs can be customised too. The company has many years of reach truck expertise and is putting that to good use with automated reach trucks, offering high-bay operations up to 7m and beyond. These AGVs can work in VNA warehouses with aisle widths as narrow as 2950mm.

Other automation solutions include AMRs, which learn from changes in the warehouse without re-programming, and the ‘iGo Cube’ for high-density storage, using AMRs. This is a pallet shuttle with WCS – a fully-automated ‘black box’. It takes six months to order and install a standard iGo Cube system, which can used in cold stores. All automation installations envisage a 12-year lifespan, with return-on-investment typically 3 years. Installation challenges often include the floor quality for AGVs to be able to drive at full speed and up to the maximum height, as well as when there are both pallets and totes being utilised.

Driverless installation

Third party logistics (3PL) provider Yusen Benelux’s Project Manager for Contract Logistics, Gitte Daelemans, talked me through the recent automation solution by Still for a 40,000 m2 greenfield hub, fully-automated warehouse. The DC is run exclusively for one large pharmaceutical company and features temperature-controlled zones (including vaccine storage for 11000 pallets), as well as quality control, packing and despatch and a secure area of 1440 pallets for hazardous products. Commenced in 2022, it went live last summer, undertaking 160 pallet transport per hour.

“This was a chance to automate,” says Daelemans. “The longer the 3PL contract the bigger the investment in automation. We defined the process implementation and what needed improving.” The DC is managed in a single integrated system, using Manhattan Associates’ WMS and provides smart integration of inbound and putaway processes. “It’s hard to find drivers with reach truck skills. But we still need staff for picking,” she points out.

The AGV vehicles operate in ambient conditions (35000 pallets) as well as in cool storage environments. The narrow aisle racking system has 10 automated VNA trucks – MX-X iGo, and 18 automated high lift pallet trucks – EXV iGo with sensor-based positioning. The EXV iGos deliver pallets to designated aisle drop-off points, where the automated VNA trucks pick them up and store them in the narrow aisle racks. This ensures high pallet throughput with minimal human intervention.

A full ‘day-in-the-life’ test prior to implementation helps to resolve any outstanding issues. “Volume testing is really important,” adds Daelemans. “Not just 1 or 2 machines but with inbound and outbound running to detect bottlenecks. This is difficult without the customer’s pallets being there before go-live.” She advises appointing a dedicated person to oversee the automated solution, along with implementing a contour scanner check for weight and measurement with an adjustable tolerance range that maximises acceptance, reducing rejection rates and the need for manual intervention. “We learned some lessons after go-live to be able to optimise things in the subsequent months and hit our KPIs,” Daelemans concludes, citing reject lanes and barcode readability.

Pragmatic approach

Still’s corporate culture is to be pragmatic. The company is not pursuing the highest-tech products for the sake of it, but rather the right technology and solution, sensibly. There has been a change in philosophy to ‘think automation’, instead of ‘building forklifts’. The company has the distinct advantage of having many customers already familiar with the brand, rather than being a new entrant to this space and Still is re-asserting its brand distinctiveness within KION.

I concluded my insightful visit by spending time with Frank Heptner, VP of Automation. An enthusiast, the former BMW executive embodies the upbeat Still attitude. “What is Still’s USP now?” I asked him. “Our local footprint, for installation and service is key, but we’re also a global partner; we’re everywhere, in every vertical market. We have a long history and our own DNA: Experience, stability and innovation,” he emphasises. And the competitors? “We have good coverage. There are lots of AMR suppliers, but few companies are automating larger AGVs,” he states.

What is the impact of automation on existing manual trucks? “There are 2 types of customer,” Heptner tells me. “Those that needed to automate years ago and those new to it. They’re all looking for automation. The speed of replacement of manual, driven trucks with ‘plug & play’ AGVs will accelerate. Perhaps a third of trucks will be automated in the foreseeable future.” Instead of training forklift drivers, managers will run a fleet of bots. For petrolheads like Heptner and myself that inevitability is sad, but true.

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Experience the Future of Smart Logistics

March marks a major milestone for SEER Robotics, as the smart logistics company gears up to showcase its latest intelligent robotics solutions at two of the world’s most influential logistics exhibitions—LogiMAT Stuttgart and ProMat Chicago.

As a global supplier of intelligent robotics controllers, SEER Robotics will present a comprehensive line-up of hardware and software solutions built around its industry-leading SRC series controllers, highlighting its cutting-edge automation technologies and innovation-driven capabilities.

Where to Find SEER Robotics

LogiMAT 2025 | March 11-13 | Stuttgart, Germany | Hall 8, Booth 8D77
Showcasing: SRC controllers, intelligent stacker forklifts (SFL-CDD14-CE & SFL-CDD15-CE), pallet trucks (SFL-CBD15-CE), single-arm forklifts (SOF-300EU), RDS resource scheduling system, and visualization products.

ProMat 2025 | March 17-20 | Chicago, USA | Lakeside Hall, Booth E12013
Showcasing: SRC controllers, rotary lifting AMRs (SJV-SW600), single-arm forklifts (SOF-300EU), reach trucks (SSR-1400), RDS resource scheduling system, M4 QuickGo application, and visualization products.

Localized Innovation for a Global Market

With a commitment to localization and adaptability, SEER Robotics tailors its solutions to meet the unique needs of different markets, driving the intelligent transformation of global logistics. Visitors to LogiMAT and ProMat will witness region-specific solutions that have already been deployed by world-renowned enterprises, including Schneider Electric, Philips, Hisense, Haier, Gree, Bosch, Volkswagen, ABB, Walmart, and many more.

Philips Case Study

One standout example of SEER Robotics’ impact is its intelligent warehouse automation solution for Philips, designed in collaboration with local partners to optimize warehouse management and logistics efficiency. Watch the video here.

CE-Certified for the EU Market
• The SFL-CDD14-CE intelligent stacker forklift is equipped with SRC-3000FS safety controllers, meeting CE, UL, and ISO 3691-4 certifications—ensuring compliance with European safety standards for industrial applications.

Enhanced Safety & Human-Robot Interaction
• Given the frequent interaction between forklifts and personnel, SEER Robotics implemented a multi-layered safety strategy, integrating 3D obstacle detection, distance sensors, and 360° protection.
• Smart navigation optimizes forklift routes, pallet positioning, and operational timing, minimizing risk while maximizing efficiency.
• Dedicated safety zones enable instant response mechanisms in case of emergencies.

Compact Design for Narrow Aisles
• With a body width under 1m and a turning radius of just 1.2m, the SFL-CDD14-CE forklift is engineered for high-density storage environments, seamlessly maneuvering through tight warehouse spaces.

User-Centric Customization
• To improve operational efficiency, SEER Robotics customized a PDA-based interface for Philips, aligning with local user habits and simplifying order management.
• Comprehensive technical support and training ensure seamless adoption and ease of use.

Smart Power Management with Rotational Charging
• Limited charging space posed a challenge for Philips’ warehouse operations. SEER Robotics implemented a rotational charging system, ensuring an optimal charging sequence for all forklifts, balancing energy consumption, and extending battery life—ultimately enhancing efficiency and reducing energy waste.

Driving Efficiency & Safety at Scale

By integrating SEER Robotics’ SFL-CDD14-CE intelligent stacker forklifts, warehouse operations at Philips are now fully automated — from material transfers to fleet coordination. Employees can simply issue tasks via PDA, while the RDS resource scheduling system orchestrates autonomous fleet operations, charging cycles, and collaborative workflows. The result? Significantly improved warehouse efficiency, enhanced safety standards, and seamless adaptability to Philips’ production needs.

On Display at LogiMAT & ProMat

With a growing portfolio of proven real-world deployments, SEER Robotics aims to reshape the landscape of autonomous logistics — delivering next-level robotic intelligence, safety, and operational efficiency. At LogiMAT and ProMat, visitors will experience firsthand how SEER Robotics is breaking barriers in automation and accelerating the global adoption of intelligent robotics solutions.

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Compact Scalability and Accessible Warehouse Automation

LogiMAT 2025 will take place at the Messe Stuttgart convention center from March 11–13, 2025. In Hall 3 at booth 3B67, Movu Robotics, member of the stow Group, will demonstrate its leadership in accessible and advanced warehouse automation. The showcase will highlight how Compact Scalability – an intelligent and adaptable concept for automated logistics systems – is redefining flexibility and efficiency in modern warehousing.

Movu Compact Scalabilty is a groundbreaking approach that seamlessly combines innovative robotics, intelligent software and state-of-the-art hardware to redefine how businesses meet their fulfillment demands. Movu’s scalable solutions maximize storage capacity within the same footprint while adapting effortlessly to the customer’s needs – vertically, horizontally, and with seamless integration. This scalability offers a key advantage, enabling businesses to expand their storage and throughput capabilities without requiring major overhauls to their existing infrastructure. Movu Compact Scalability empowers businesses to grow smarter, faster, and more efficiently.

Presented in Stuttgart, the Movu atlas ASRS is designed with modularity for flexible expansion. It can be added or removed on demand fluctuations, peak seasons, or business growth. The pallet shuttle system allows for incremental investments rather than a large upfront overhaul, making it cost-effective and highly efficient. As demand grows, the system can scale horizontally by additional aisles and lanes that can be seamlessly added.

Able to operate in temperatures between -25°C and 40°C, Movu atlas provides a solution for both ambient and cold store warehouses. It brings unmatched experience and expertise as the industry’s leading 2D shuttle provider. In the recent years, Movu successfully installed a huge number of shuttles in over 100 projects from all industries in Europe and North America. By adding an integrated Lift, the Movu atlas system transitions into a dynamic 3D storage environment and scales vertically ensuring compact scalability. As a result, throughput is boosted and valuable floor space is saved with high-speed lifts up to 2.5 m/s achieving faster replenishment cycle times and order fulfilment.

At LogiMAT 2025, Movu showcases, how the Movu atlas system with integrated Lift can be further expanded by the integration of a Picking Tunnel. The highly efficient and space-optimized pathway will be integrated into the ground level of a Movu atlas ASRS to facilitate streamlined order picking. Designed specifically for high-density pallet storage and retrieval, the tunnel enables seamless interaction between automated shuttles, vertical lifts and manual or robotic picking processes with autonomous mobile robots, such as Movu ifollow. The intelligent and versatile AMR operates autonomously, navigating without the need for any external infrastructure. Advanced sensors and mapping technologies allow the robot to adapt seamlessly to its environment. Equipped with cutting-edge obstacle detection and navigation systems and available in several models, supporting loads from 300 kg to 1.2 tons, ifollow can be tailored to meet specific operational requirement and operating in temperatures from -25°C to +40°C.

At the show, Movu also presents Movu escala, an all-in-one, rack-and-robot storage and retrieval system to handle totes. It maximises warehouse resilience by leveraging modular applications for unparalleled adaptability. Automatically moving up, down and within storage locations, each shuttle reaches up to five units deep. No need for space-consuming conveyors, lifts or aisles; this high-speed, high-density system is one of the world’s most flexible 3D ASRS for bins. Integrating seamlessly with Movu escala for future proof automated order preparation at the picking workstation, a new version of Movu eligo picking robot is a state-of-the-art robotic solution designed for high-speed and highly efficient item picking operations. It can pick up to 1200 items per hour, reduce the number of manual ‘touches’ required for order fulfilment or replenishment and can reach a pick success rate greater than 99%. Equipped with advanced vision systems, AI-based algorithms and versatile handling tools, eligo is tailored for modern warehouses that demand precision, speed and adaptability in dynamic environments.

In Stuttgart, Movu will also feature Movu Overfill Detection, an intelligent, camera-based vision system designed to ensure the seamless operation of automated storage systems for bins like Movu escala. This innovative solution identifies items and bins that exceed storage boundaries, preventing overfilled bins from entering the system and ensuring safe, uninterrupted operations.

Live-demonstration of future-ready warehouses

Stefan Pieters, CTO at Movu Robotics, commented: “At LogiMAT 2025, we will showcase our vision of Compact Scalability in warehouse operations. We are excited to demonstrate how accessible automation and integrated solutions deliver significant scalability advantages, enabling businesses to respond swiftly to market demands and optimize costs through incremental system growth. With stow supplying dedicated racking for Movu’s atlas and escala, our booth will unite Peak Performance Racking with intelligent automation. Visitors will experience firsthand how customers benefit from a seamless, single point of communication provided by a ‘one-stop shop’ approach, designed to achieve high-performance warehousing.”

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Compact AMR for Efficient Production and Logistics

With AMY, a compact AMR for loads up to 25 kg / 55 lbs., and the fleet manager NAVIOS, DS Automotion will be presenting groundbreaking concepts and solutions for production and logistics for any company size at LogiMAT 2025 in Stuttgart. Trade show visitors have the opportunity to experience the new concepts for small load transports with AMY in action both on-site and providing an interactive experience for visitors to try out our fleet management system, NAVIOS.

They are in operation around the clock.They take over precise delivery tasks in the production process, relieve human needs, and ensure on time and precise workflows. They can be adapted in various production areas.

At LogiMAT 2025 from March 11 to 13 in Stuttgart, visitors can take a close look at these solutions with the AMR AMY in live operation. Trade fair visitors can also gain detailed insights into the fleet management NAVIOS – highlighting features how intuitive and user-friendly its cockpit is to operate, and how flexible the layout can be configured, tested by interested parties through test programming at the trade show.

Efficiency booster for small parts handling

AMY was specifically designed for use in industrial production and intralogistics processes and impresses with its quite simple operation and high flexibility. Through a unique transfer concept with an active lift table, sources, and sinks can be implemented as passive stations. This makes cost-effective implementation and scaling in existing systems easier than ever before. The smart control software developed by DS Automotion itself enables rapid commissioning – individually or in swarms.

The AMR can operate completely autonomously or follow a virtual track avoid unexpected obstacles. In addition, like all current vehicles offerings from DS Automotion, AMY is equipped with a VDA-5050 interface and can process files with the Layout Interchange Format (LIF). Under the fleet manager NAVIOS from DS Automotion, AMY can also be operated in mixed mode with other vehicles from the leading manufacturer of mobile robotics for in-house logistics and assembly applications. This makes AMY particularly suitable as a cost-effective addition to existing systems.
Thanks to the three different load handling devices (LHD), which can be implemented depending on the complexity at the customer – even in existing infrastructures – AMY proves to be a versatile AMR for numerous applications. The first variant is a passive LHD that works with the help of gravity. The advantage of this variant is that the LHD does not require sensors or drives. This makes it particularly simple and cost-effective. It works together with the appropriate transfer station, which also does not require sensors. This makes it ideal for applications where the material is provided independently of the vehicle.

The second LHD variant can also handle gravity roller conveyors and belt conveyors. This allows for easy connection to conveyor technology. There are also passive transfer stations for this system. The third option is a platform for manual loading and unloading. For this purpose, the vehicle is called to stations where the user manually places the load and then sends AMY on to next destination. For all three variants, a suitable web interface is available for operating the mobile robots: from generating the transport order to calling and acknowledging the vehicle.

NAVIOS — the holistic fleet manager

The key to optimizing and automating processes in production and logistics lies in an efficient fleet manager. NAVIOS from DS Automotion offers customers the opportunity to efficiently control their vehicle fleet – whether AGVs or AMRs. Thanks to an intuitive user interface and flexible layout configuration, users can easily and individually adapt their operations. Thanks to VDA-5050 compatibility, seamless communication between all mobile robots is also possible. The layout design of the driving course is visualized using a navigation map. The integrated route planning tool ensures maximum efficiency. This means that users can change the layout during operation, and the vehicles automatically receive the updated conditions. Users have access to extensive, meaningful analysis functions around the mobile robots and material handling.

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Autonomous Pallet-Moving Robot Introduced at Shows

Ocado Intelligent Automation (OIA), part of Ocado Group, will introduce a pallet-moving autonomous mobile robot (AMR) at ProMat 2025 to automate inventory movement and increase the efficiency of several warehouse workflows.

The new OIA pallet-moving AMR navigates the warehouse without any infrastructure changes or heavy manual labour required. Upscaling nearly a decade of automation experience from the company’s Chuck AMR offering, OIA’s patented system-directed software intelligently orchestrates each autonomous pallet-moving robot, or a whole fleet of them, and identifies the optimal route for it to take while preventing bottlenecks.

Autonomous Pallet-Moving Robot

With a payload capacity of 3,300 pounds and built-in sensor systems to recognize pallets, the pallet-moving AMR can pick and place open or closed pallets directly from the floor, enabling warehouses and distribution centers to fully automate tasks such as cross-dock, putaway and inventory moves as well as collaborative tasks including each and case picking, replenishment and returns putaway.

ProMat Booth number: S2712
LogiMAT Booth number: Hall 8 booth #8C77

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CE Certification for High-Payload Vector Robot

Locus Robotics, a global leader in flexible, AI-powered warehouse automation, announced that its largest, most dynamic mobile robot, the Locus Vector, has achieved CE certification. This milestone reinforces Locus’s commitment to innovation and operational excellence, enabling broader deployments across Europe and other international markets. Powered by the LocusONE™ platform, Locus Vector enhances warehouse productivity, flexibility, and scalability, empowering businesses to automate complex workflows with unmatched efficiency.

Currently operational at multiple sites, Locus Vector is actively deployed across leading 3PLs and a premier global apparel and footwear retailer in Europe. With this certification, Locus demonstrates its ability to manage complex multi-step processes, accommodate larger payloads, and seamlessly adapt to a wider range of order dimensions, strengthening its position as a leader in flexible and scalable warehouse automation.

Unlimited Throughput

Powered by the LocusONE™ platform, Locus Vector complements existing Locus Origin fleets, allowing customers to seamlessly expand their automation capabilities for workflows requiring higher payloads or specialized handling, such as case picking, replenishment and returns. LocusONE™ enables real-time fleet optimization and visibility, productivity tracking, and integration with third-party systems like WMS and ERP, allowing incremental expansion and unlimited throughput without infrastructure overhauls.

Locus Vector, combined with Locus Origin, highlights Locus’s advantage in flexible automation over traditional systems like AS/RS and G2P, which struggle with heavier items and orders, complex SKUs, and brownfield applications. By picking directly from pallets, both Vector and Origin eliminate decanting and reduce labor costs, making it ideal for dynamic, high-throughput environments.

Driving Customer Success Across Industries

“This CE certification for Locus Vector allows us to bring the benefits of our flexible warehouse automation solution to more customers globally,” said Denis Niezgoda, Chief Commercial Officer, International, at Locus Robotics. “Vector’s exceptional payload capacity, mobility, and seamless integration into LocusONE™ make it the ideal solution for robust automation in industries like 3PL, retail, and healthcare. Customers are already seeing increased flexibility and efficiency by deploying Vector alongside their Locus Origin fleets or standalone.”

Expanding Applications and Value

Locus Vector enables seamless warehouse process automation across operations. For example, a UK-based 3PL uses Vector for wine distribution, automating bottle picking directly onto mobile pallet dollies. Meanwhile, a leading retailer in Czechia uses Locus Vector for large-volume replenishment while Origin robots handle picking tasks. The LocusONE™ platform orchestrates these workflows in real-time, optimizing operations and improving productivity.

With Locus Vector’s CE certification, Locus Robotics continues to advance flexible automation, meeting the growing demand for innovative and high-performing solutions globally.

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Robotics Powers Knorr-Bremse’s Production and Logistics

Movu Robotics announces an agreement for a state-of-the-art installation of 10 atlas pallet shuttles, 3 elevators and 4 escala bin shuttles at Knorr-Bremse’s plant in Lisieux, France.

Knorr-Bremse, founded in 1905, is a leading German manufacturer specialising in braking systems for rail and commercial vehicles. With over a century of experience, it stands as one of the world’s largest and most influential companies in its field. Movu’s automation solutions are tailored to enhance Knorr-Bremse’s production efficiency by optimising warehouse automation processes for greater flexibility and responsiveness. Positioned directly upstream of the production lines, these solutions enable real-time parts replenishment, ensuring seamless workflow and minimal downtime.

Delta+ Consulting facilitated this project in close collaboration with Knorr-Bremse and Movu Robotics, underscoring the commitment to innovation and operational excellence shared by all partners involved. The project’s go-live for the installation is scheduled for early 2026.

In a recent visit to Movu Robotics’ Experience Centre in Lokeren, Belgium, Stéphane Devulder, Managing Director of Knorr-Bremse France, expressed his enthusiasm for the project:

“At Knorr-Bremse, we are always innovating to keep our manufacturing and logistic processes efficient and reliable, especially in the automotive industry, where precision is key. This advanced installation will feature two powerful systems working together: the Movu atlas, with space for 5,000 pallets managed by 10 shuttles and 3 elevators, and the Movu escala, handling up to 2,500 bins with 4 shuttles.”

Benjamin Letarouilly, Managing Director at Delta+ Consulting, emphasised the collaborative design approach:

“With the Movu atlas and Movu escala systems working together, we have designed an integrated, modular solution to meet Knorr-Bremse’s needs. This configuration will handle small parts as well as large volumes, ensuring continuous, real-time supply to production lines. Our priority is efficiency and reactivity to meet industrial challenges. We’re proud to be able to contribute to this project and to this wonderful collaboration between Movu Robotics and Knorr-Bremse. Two companies with very different backgrounds but with a shared vision of the future. Knorr Bremse, by exploiting one of the latest cutting-edge technologies in intralogistics, is aiming to increase its operational efficiency through easier automation.”

Francisco Vinals, Sales Director at Movu Robotics, highlighted the adaptability and reliability of Movu’s solutions:

“We’re excited to bring the Movu atlas and escala systems together for Knorr-Bremse. These solutions are designed to operate seamlessly, meeting their demand for reliable low-volume and high-volume part handling. This project is a perfect example of automation driving efficiency, precision, and flexibility. Movu Robotics stands behind its philosophy: “No Warehouse Left Behind.” This project reinforces our dedication to bringing cutting-edge transformative solutions to the industrial world.”

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AMR Innovator Joins Open Source Robotics Alliance

Seegrid Corporation, manufacturer of autonomous mobile robot (AMR) solutions for palletized material handling in the US, today announced its membership in the Open Source Robotics Alliance (OSRA), an initiative of the Open Source Robotics Foundation (OSRF). Through this partnership, Seegrid will contribute its industry-leading expertise through its active involvement in the open-source robotics community. The company joins a vibrant network of innovators, collectively driving open-source development for the betterment of the global robotics landscape.

As part of the OSRA, Seegrid will actively support initiatives that foster collaboration and shared knowledge across the robotics field. The company aims to participate in key OSRF activities, including the renowned ROSCon event, as well as on-line communities such as GitHub and ROS Discourse.

“Joining OSRA is an opportunity for us to more fully participate in the open-source robotics community, to share our insights and learn from a community that thrives on collaboration and innovation,” said Tom Panzarella, Chief Technology Officer of Seegrid. “By contributing to the open-source robotics ecosystem, we hope to help push the community forward, enhancing the capabilities of autonomous systems across industries. Together with other OSRA members, we believe we can further harden and improve the accessibility of advanced technology for all.”

This partnership reflects Seegrid’s commitment to promoting open development that benefits the entire community, not just individual organizations. With the company’s extensive experience in AMRs, Seegrid hopes to play an active role in advancing the collaborative development efforts that make open-source platforms like ROS 2 vital contributors to technological progress.

Vanessa Yamzon Orsi, CEO of the Open Source Robotics Foundation, commented, “We are excited to welcome Seegrid to the OSRA. Their expertise in AMRs brings significant value to our shared mission of advancing open-source robotics technology. Seegrid’s contributions will help enhance the collective development efforts that our members bring to the table, further advancing open innovation across the industry.”

By joining OSRA, Seegrid also aims to inspire a new generation of autonomous engineers, enabling knowledge-sharing across sectors and fueling the continued growth of open-source projects. This partnership will empower organizations of all sizes to benefit from collaborative progress in the field, contributing to a future where autonomous robotics technology is more accessible, sustainable, and adaptable.

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Magnetic Guide Sensor aids Mobile Robots Path Following

Naviq is introducing the MTS160, a state-of-the-art magnetic guide sensor for mobile robots, featuring patented angle measurement capabilities with 1-degree precision and position accuracy within 1mm. This unique dual functionality provides exceptional orientation and positioning precision, significantly improving the navigation capabilities of mobile robotic systems.

Unlike traditional magnetic line-following sensors that only detect position along a single dimension, the MTS160’s unique angle detection allows robots to assess the curvature of the track. This enables the robot to distinguish between minor trajectory adjustments needed on straight paths and more proactive steering for navigating curves. This improved path-tracking precision allows robots to follow designated paths with enhanced accuracy, even at higher speeds when navigating bends.

Another exclusive feature is the sensor’s ability to detect point-source disk magnets along both the X and Y axes with millimeter accuracy. By installing magnets at precise locations, the robot can evaluate its position and orientation with exceptional accuracy — ideal for precise positioning at charging or docking stations.

The MTS160 also offers advanced marker detection, supporting magnetic tape markers with reversed polarity strategically placed along the track. These markers can signal areas requiring speed adjustments, upcoming forks and merges, and proximity to stop areas like charging or docking stations. Additionally, a unique algorithm for managing merges and forks ensures smooth direction changes at junctions, enhancing the robot’s operational efficiency.

The MTS160 can function as the primary guidance sensor in cost-effective robots on fixed paths or serve as a supplementary component in robots with laser or vision navigation systems for precise, last-millimeter positioning.

The MTS160 features an M8 4-pin watertight connector for power and signal transmission and supports CAN bus and RS232 interfaces, ensuring compatibility with all PLC brands and microcomputers. Its compact design, measuring only 165 x 35 x 25mm, makes it easy to incorporate into any robot design.

The sensor is designed for user convenience, featuring RGB status LEDs for visual feedback on tape and marker detection. A web-based utility requires no installation—simply connect the sensor to a smartphone or PC via its USB port for easy configuration, testing, logging, and monitoring. The utility also supports automatic firmware updates. Additionally, an automatic self-test of internal circuitry ensures safe operation and reliable performance.

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Libiao Robotics Partner Introduces AirRob to Taiwan

With labour shortages affecting global markets, logistics businesses in particular are seeking ways to automate repetitive tasks and help manage operational costs. Increasingly they are turning to robotic solutions such as the innovative AirRob system from Libiao Robotics. In Taiwan, where the labour shortage is particularly acutely felt, Toyota Material Handling Taiwan, the importer of intralogistics systems and forklifts manufactured by the Japanese automotive giant, chose the recent Taipei International Logistics Show to introduce AirRob’s capabilities to the Taiwanese audience.

With 166 employees working out of eight service locations in Taiwan plus two further locations in Mainland China, Toyota Material Handling Taiwan reshaped its business in 2003 in response to the developing changes in industry trends. The opportunity arose to transform Toyota Material Handling Taiwan from a pure forklift business to one that provides customers with holistic automated solutions for logistics warehousing and storage.

“In the past, the customer’s main premise to introduce automation has been return on investment,” said Huang Mingren, General Manager of Toyota Material Handling Taiwan. “But now the lack of labour has become the primary problem. AI is becoming more and more mature, and in addition to being intelligent and shareable, equipment now being introduced should also be highly flexible. In Japan and Taiwan, in terms of logistics automation, traditional equipment such as automatic warehouses, conveyors, sorters, elevators, electronic labelling and picking systems are still widely used. But we have now entered an era where intelligent warehouse automation equipment is transforming the industry, accelerated by eCommerce-type logistics.”

This year, Toyota Material Handling Taiwan introduced Libiao’s AirRob system into its range of intelligent warehouse solutions. Meeting the demands of high-density and high-traffic warehouse operations such as those experienced in eCommerce operations, “AirRob has the characteristics of high return rate, high flexibility and high efficiency,” continues Huang Mingren. “According to the projects we have executed, the staff can not only increase the speed of operation by more than 50%, but also significantly shorten the training period. In terms of the operation platform and equipment, the number of robots can be flexibly increased or decreased according to the demand, and if the scale is expanded or the site needs to be moved, it can be easily moved or reconfigured.

“It is an intelligent robot with a very high degree of flexibility and freedom; it can be very small or very large, and it can have great expandability to meet the needs of different customers under different operating modes. Our mission is to create solutions together with our customers and partners. It is my dream that our company can be the benchmark in Taiwan in the field of intelligent storage, and at the same time have the opportunity to bring us and our partners to the world market. We are an integrated platform, with reputation, knowledge, technology and capital. With the launch of our intelligent storage solutions, I believe that we will have the strength to lead us to be bigger and stronger.”

Taipai International Logistics Show

Taking place at the Taipei Nangang Exhibition Centre, the Taipei International Logistics Show saw Toyota Material Handling Taiwan formally introduced the comprehensive Libiao AirRob 3D sorting system to demonstrate the warehouse automation services and solutions it can provide to its customers in Taiwan. Libiao’s CEO, Xia Huiling, was invited to share the company’s innovative solutions in the food and footwear industries, and to describe how Libiao can provide cutting-edge technology to help alleviate the current labour shortage problem in Taiwan’s logistics sector. With a large demand for personnel, difficulty in recruiting workers, and a high turnover rate, businesses in Taiwan often need to recruit a large proportion of temporary workers, particularly when facing seasonal business growth. The emergence of AirRob provides an effective solution to help solve these challenges, she said.

During her speech at the Smart Logistics Forum held during the exhibition, Xia Huiling discussed Libiao’s efficient sorting solutions for food, clothing, housing and transportation. After highlighting several of AirRob’s significant benefits and advantages – such as the need for no infrastructural modifications to the existing shelving, no special requirements for ground flatness, its fast deployment, its highly efficient goods-to-person operation, and its ability to easily conform to Taiwan’s stringent environmental regulations – Xia Huiling discussed in detail an application of the AirRob system at the Skechers footwear and apparel distribution centre in Taicang, Mainland China, a project which not only won the 13th LT Award China Logistics Technology Innovation Application Award, but has also been shortlisted as a finalist in Europe in two categories of the prestigious Robotics & Automation Awards 2024.

Xia Huiling furthermore analysed the current status and trends of international cold chain logistics in 2024, pointing out that the industry is developing rapidly, especially in Europe and Asia-Pacific, with great potential. The market segments of fresh food and pharmaceutical logistics are expanding, but they face challenges such as temperature control management, cost control and difficulty in recruiting workers. She also explained how Libiao’s intelligent sorting solutions can cope with these challenges through successful cases of the company’s applications in fresh food projects such as Dingdong Maicai, Hema Fresh, Meituan Youxuan, and South Korea’s HY.

The addition of Taiwan to its already extensive operations in Asia-Pacific means Libiao Robotics is strongly placed to service the growing needs of customers in the region. Furthermore, Libiao is expanding to serve its growing customer base in the European market, having recently established a regional headquarters in Frankfurt.

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