Queen City Robotics Alliance Spring and Summer Events
Summer is almost here… The volunteers and teams at Queen City Robotics Alliance (QCRA) are having a busy spring. Our FRC teams were in action at FIRST® FRC tournaments and we have two special events – SIM Tech on the Tees and Hops & Bots – happening in May. Here is a rundown: Team YETI goes to FRC Worlds For the second year in a row, FRC Team 3506 YETI Robotics® qualified for the FIRST FRC World Championships, which took place in Houston April 17-21. The team competed with 600 national and international teams and was the team’s 6th appearance in total. After two days of competition, Team YETI finished 8th qualifying them as the 8th seed Alliance captain in the playoffs, the highest ranking at FRC Worlds in the team’s 14-year existence. The team also competed for the Impact Award for the first time. The highlight of the event was a meet and greet with FIRST Robotics founder entrepreneur Dean Kamen. Congratulations to Team YETI! SIM Charlotte partners with QCRA for two events in May QCRA sponsor Charlotte Chapter of the Society for Information Management (SIM) is holding their Q2 meeting at The Zone on May 2 with the theme “Connecting Tech Leaders with the Future of Robotics.” Hosting meetings and other events at The Zone is one of the perks of QCRA Adopt-a-room sponsorship. This event is only open to members of SIM Charlotte. QCRA is also thankful to SIM Charlotte for including us in their SIM Tech on the Tees charity golf tournament on Monday, May 20, at Ballantyne Country Club. SIM organized this event to support STEM education organizations and programs raising over $850,000 over the last 10 years. SIM Charlotte has been a vital partner in QCRA’s mission. “The way QCRA fosters interest and access to technology for our area’s youth,” says Chris Long, SIM Charlotte President, “is a great example of the kind of non-profit that SIM supports in our mission to grow and develop a diverse pool of future technology leaders.” QCRA Hops & Bots fundraiser May 31 Hops & Bots, QCRA’s annual fund-raising event, will be Friday, May 31, from 5-7:30 PM at The Zone, 2102 Cambridge Beltway Dr., Suite B. This networking and robot demonstration event brings together businesses, people, and parents to raise money and learn how QCRA helps area robotics students. This will be the first time this event has been held in QCRA’s home facility, The Zone. QCRA robotics students will be giving robot demonstrations and tours of the facility and light hors d’ oeuvres, local craft beer, and soft drinks will be served. The highlight of the evening will be keynote speaker Stephen Saucier, M.Ed., President of Sullenberger Aviation Museum.
Episode 481: Achieving a fully autonomous supply chain with Nimble Robotics
In this episode of The New Warehouse Podcast, Jonathan Briggs, VP of Sales and Solutions at Nimble Robotics, delves into Nimble’s transformative approach to logistics. Positioned at the vanguard of the industry, Nimble Robotics is redefining third-party logistics (3PL) with its fully automated solutions, merging cutting-edge robotics and artificial intelligence (AI) to reshape how logistics operations are conducted today. Overcoming Legacy Hurdles with Advanced Automation The logistics sector’s persistent challenges of increasing throughput and optimizing labor efficiency necessitate innovative solutions. Briggs reflects on the initial hurdles: “Finding the first customer willing to take the plunge into large-scale automation was not easy.” In response, Nimble innovatively became its own first client, pioneering a fulfillment network that fundamentally transforms warehouse configurations. Nimble significantly bolsters building efficiency by discarding traditional racks and aisles and adopting a vertical operational model. This strategic overhaul addresses the spatial and workforce limitations that typically constrain conventional warehouses. Overcoming Labor Obstacles Through Robotics Jonathan Briggs shares Nimble’s technology’s transformative impact on logistics workforce dynamics: “In my warehouse, I don’t have any pickers as a function of our building. We’ve eliminated the pick side of the business which is usually a good third if not two-thirds of the headcount in a building.” This strategic reduction in labor dependency is at the core of Nimble’s innovation. By implementing six-axis robots that excel in tasks requiring human-like vision, touch, and force control, Nimble not only enhances logistical precision, speed, and scalability but also significantly reduces the need for manual labor. Towards a Fully Autonomous Supply Chain Briggs casts a forward-looking perspective: “The future is going to be autonomous.” He elaborates on the company’s forward march towards comprehensive supply chain autonomy. Nimble not only aims to refine warehouse operations but also to integrate autonomous delivery systems, which are poised to revolutionize logistics efficiency at an unprecedented scale. “We’ve got a lot of stuff in development right now in terms of robotic sortation where we can do strategic sorts for our carriers,” Briggs reveals, indicating that Nimble’s innovations could streamline complex logistical tasks. “We want to be end-to-end autonomous when it’s all said and done.” Key Takeaways Nimble Robotics is leading the charge in transforming logistics with its fully automated 3PL solutions. Nimble enhances fulfillment operations’ speed, accuracy, and scalability through advanced robotics and AI. The company’s vision extends to achieving end-to-end autonomy in the supply chain, indicating a transformative future for logistics. The New Warehouse Podcast Episode 481: Achieving a Fully Autonomous Supply Chain with Nimble Robotics
AGV wireless evolution
Discover how HMS Networks’ wireless expertise and Anybus products took Mercedes-Benz’s Automated Guided Vehicle (AGV) installation to the next level. When Mercedes-Benz wanted to expand its AGV installation, they called HMS. HMS provided the wireless expertise, products, and hands-on support to ensure the AGVs moved efficiently and safely around the factory. Mercedes-Benz Mercedes-Benz, a globally recognized automotive manufacturer, is renowned for its innovative technology, craftsmanship, and luxury design. At their state-of-the-art automotive factory in Ludwigsfelde, over 70 AGVs move automotive parts to the assembly line. These AGVs transport everything from heavy engines to smaller electronics across distances ranging from 300 to 800 meters. Each AGV is equipped with an onboard Programmable Logic Controller (PLC) from Siemens or Schneider Electric, which ensures their efficient and safe navigation. Good communication is key Guiding the AGVs effectively relies on good communication between the AGVs and the factory’s control system. This communication enables the factory to track the AGVs’ whereabouts, cargo, and real-time status. Mercedes-Benz’s previous AGV system used Bluetooth technology and HMS’ Anybus Wireless Bolt and Anybus Bridge products. However, they wanted to improve the system’s efficiency and be able to comply with the Machinery Regulation (EU) 2023/1230, which becomes mandatory in January 2027. Maximilian Lichan explains: “While Bluetooth worked well, we now want to enhance our AGV system to support higher throughput, fast roaming, and lower latency. We also need to comply with the soon-to-be mandatory EU safety regulations. Equally important, we want the equipment and experts from the same company, and we want them to come onsite, install the equipment, and verify that everything works”. Time to see how HMS helped implement a wireless system to meet the needs. HMS wireless experts pave the way Mercedes-Benz provided key information, such as floorplans, to HMS’ wireless experts. Using this information, HMS first conducted a predictive site survey to determine the optimal placement and number of access points required. HMS then visited the factory to verify the accuracy of the survey and make any necessary adjustments. Mercedes-Benz used the updated predictive site survey to install the required power outlets and network cabling. Once the required infrastructure was in place, HMS returned to install and configure the Anybus Wireless products before verifying that the installation worked as planned. Anybus wireless products The wireless infrastructure uses Anybus Access Points powered by Anybus PoE L2 Managed Switches, with an Anybus Wireless Bolt II mounted on each AGV. The Anybus Wireless Bolts handle communication from the AGVs to the traffic control system and connect to the 12 different access points in the factory’s ceiling. As an AGV moves out of range of one access point, it transitions to the next, ensuring uninterrupted communication. A critical aspect to the project’s success was the utilization of the 5GHz frequency band, while the Bolt II’s similarity to its predecessor also simplified the installation. Maximilian explains: “We wanted to use the 5GHz frequency band where we have four dedicated channels that didn’t interfere with our existing systems. It was also convenient that the Bolt II fits in the same hole as the original Bolt”. The results With the wireless expertise of HMS and their Anybus Wireless products, Mercedes-Benz successfully achieved its goal of efficient and safe transportation of goods within the factory. Maximilian happily reflects on the outcome: “Everything worked as we hoped. The connection is very stable, and we are now able to comply with the safety machinery regulation. The support for more bandwidth has even allowed us to manage and configure the AGVs remotely, which, while not a key objective is a nice bonus”. Finally, what are your tips to users who are thinking of going wireless? “A key factor for us was that HMS was on hand to design and install the wireless infrastructure. That was important for us. We wanted to have wireless experts onsite to ensure that everything went smoothly. We’re not wireless experts, HMS is. We make cars, which you probably already know,” Maximilian adds with a smile.
Invent Analytics wins RetailTech breakthrough award
The winning AI-driven Returns Positioning solution streamlines and profit-optimizes omni-channel returns by determining the optimal position for each item in real time Invent Analytics, announced it has won “Return Management Innovation of the Year” in the 2024 RetailTech Breakthrough Awards, an annual program that highlights the world’s best companies, products, and services in the retail technology industry. Invent Analytics was honored for its AI-driven Returns Positioning solution that enables omni-channel retailers to optimize the returns process for greater efficiency and profitability. The RetailTech Breakthrough Awards aims to perform the most comprehensive evaluation of retail technology tools, services, and companies today. With nominations coming in from innovators around the world, the program honors those who break through the crowded marketplace. Invent Analytics stood out for helping retailers leverage AI technology to overcome the rising complexities and costs of managing omnichannel returns. Invent Analytics’ Returns Positioning solution optimizes the returns process through: Intelligent rerouting: AI automatically determines the optimal position for each returned item in real-time Profit maximization: Inventory is placed where it has the highest probability of selling with the lowest routing cost Future returns forecasting: Return pattern forecasts to support proactive planning and efficient inventory allocation “While omni-channel has become the new standard, many retailers still manage returns based on simplistic rules. This outdated approach cannot handle the sheer volumes or complexities of omnichannel returns, and retailers end up with misallocated goods, lost sales, unnecessary liquidations, and lower profits,” said Tav Tepfer, Chief Revenue Officer, Invent Analytics. “At Invent, we offer a better way and we can go live in just a few weeks. Our Returns Positioning solution uses AI-decisioning to analyze every possible variable, then instantly determines where to route each returned item to give it the highest probability of reselling for the most profit before the season ends.” Notably, Invent Analytics’ Returns Positioning solution offers rapid implementation, and retailers see results in as little as 90 days. By leveraging the solution, Invent Analytics’ clients have successfully: Increased sales by 25-50% through the quicker reintroduction of returned items to the sales floor Increased profitability by sending items to where they have the highest likelihood of resale Reduced liquidations by 2-5% by optimally positioning inventory to decrease on-hand units at the end of the season Tepfer continued, “We’re very excited to be named a winner in this year’s RetailTech Breakthrough Awards. Our team looks forward to continuously delivering innovative, AI-driven solutions that ensure our retail clients are well-equipped to satisfy the demands of modern consumers.”
Brent Barcey joins OSARO as SVP to fuel growth in e-commerce
Barcey’s broad experience in selling advanced robotics, logistics and fulfillment solutions into leading e-commerce operations aligns with OSARO’s mission to broaden market adoption of its precision pick-and-place robotics solutions in fast-paced e-commerce environments. OSARO has announced the appointment of industry veteran Brent Barcey as senior vice-president of corporate development. Barcey brings 25 years of experience growing global businesses and teams in the e-commerce, warehousing, and logistics industries to OSARO, where he will spearhead the company’s commercial growth as it addresses the surging global demand for e-commerce fulfillment solutions. Barcey joins OSARO from Plus One Robotics, where he served as vice president of sales and business development. In this position, he played a key role in driving revenue and establishing strategic partnerships. Prior to Plus One Robotics, Barcey held the position of executive director of global sales at FANUC America Corporation, a leading industrial robot manufacturer. He is currently Chair of Events for The Robotics Group Committee at the Materials Handling Industry (MHI) trade association. “We are pleased to welcome Brent Barcey to the OSARO team,” said Derik Pridmore, CEO of OSARO. “Brent’s proven track record in sales and business development within the robotics industry makes him an invaluable asset. His deep understanding of the global e-commerce landscape and the critical role automation plays in fulfilling customer demands will be instrumental in propelling OSARO’s growth.” Barcey’s appointment comes at a pivotal time for OSARO, which recently announced a partnership with Tokyo-based IHI Logistics & Machinery Corporation (IHI). The e-commerce market is experiencing explosive growth, placing immense pressure on fulfillment centers to meet ever-increasing customer expectations. OSARO’s AI robotic software powers a broad and compelling range of automation solutions, enabling fulfillment centers to reduce labor challenges, improve efficiency, and reduce costs by automating piece-picking tasks across the operation–from depalletizing incoming inventory to packaging outbound orders in kits and polybags. “I’m delighted to join OSARO at this time in its evolution,” said Barcey. “OSARO’s intelligent robotic solutions, powered by its industry-leading SightWorks Perception System, are demonstrably revolutionizing complex tasks across the fulfillment center by offering a compelling mix of fast time-to-value, flexibility, and adaptability. I’m eager to leverage my experience building strategic partnerships and expanding market reach to ensure OSARO remains at the forefront of this exciting revolution.”
Is your dealership embracing technology?
I recently attended MODEX 2024, and this year’s show was highly anticipated by professionals across our industry. Automation, robotics, software solutions, artificial intelligence, and more were all on display providing a glimpse into the future of our industry. With connected smart automation solutions aimed at streaming supply chain operations it made me think of different areas where a lift truck dealership could streamline their operations to gain efficiencies and improve their customer experience. This led me to the topic of ERP (Enterprise Resource Planning) integrations. ERP is your business system software where business activities such as procurement, work orders, accounting, operations, etc. are performed. There is a numerous amount of ERP providers that provide their version of a dealer management platform. Additionally, there are many legacy systems out there, however, these days, many dealers are migrating to a modern dealer management platform that allows for integrations. By definition, an ERP integration allows your operation to streamline business processes, improve efficiency, and facilitate seamless communication and data exchange between different systems, ultimately leading to enhanced decision-making and the ability to adapt to external and internal changes. In last month’s edition, I wrote about the importance of ‘data-driven decision making’ where I noted that in our ever-changing industry, the ability to make informed decisions swiftly and accurately can be the difference maker in running a successful dealership and remaining competitive in the market. A modern ERP system that allows for integrations will assist your management team in decision-making about productivity and profitability. Non-integrated systems result in manual data updates, meaning that information isn’t promptly integrated into the ERP system as it arises in ‘real-time.’ Consequently, you will have to have someone within your company dedicate time to manual data transfer and uploads, resulting in wasted time. As labor resources are at a premium these days, that wasted time could be better spent on sales growth activities. There are various methods to achieve ERP integration between your platform and other systems. One of these methods is an API, or Application Programming Interface, which is a set of rules, protocols, and tools that allows different software applications to communicate with each other. In addition to API, other methods include middleware, file transfer, web services, and EDI, or Electronic Data Interchange. While this is not a programming and technical monthly column, you should be aware of these methods of integration and discuss them with your current and/or prospective ERP providers. You will also want to make sure your ERP system can integrate with your various business systems (such as CRM software) and your various suppliers. Let’s explore the benefits of ERP integrations as they relate to your parts and service departments. Parts Department Does your current platform allow for direct communication between your suppliers and your ERP system? Having the ability to connect to integrate with your suppliers will help streamline your order and procurement process with real-time, instantaneous feedback on product, pricing, and availability. Other benefits for your parts department operation include: Eliminating pricing and stock count discrepancies No need to request or manually upload new price files, tapes, etc. Ability to work on one system (your ERP system) and not have to go back and forth to the supplier portal to check product information, price, availability, etc. The ability to provide end-to-end visibility into the supply chain, from suppliers to customers, is key to your parts department being competitive in your market. Your parts department managers can track the movement of parts, monitor lead times, and identify bottlenecks or breakdowns in the supply chain. They can then proactively address any issues because they will have better visibility of supply chain performance. Another great benefit of having your ERP system integrated with your suppliers is the ability to sell products online. If you currently have an e-commerce platform or are thinking about creating an e-commerce platform to sell your products online and grow your parts counter sales, this integration will be vital to the success of setting up or updating your e-commerce site. Service Department ERP integrations can equip your service managers with real-time data that allows them to manage service technician productivity and profitability more effectively. It will also allow you to streamline processes and enable data-driven decision-making. Other benefits for your service department operation include: Many modern ERP systems offer mobile applications that allow technicians to access work orders, customer information, and inventory data from their phones or tablets while in the field. If your ERP system does not have built-in mobile applications, there are mobile applications that can integrate with many legacy ERP systems as well. Mobile accessibility will empower technicians to work more efficiently, without needing to return to the office for information or updates. Integrations can also provide your technicians with access to detailed information about customer history, equipment specifications or manuals, and equipment service history. This allows your technicians to diagnose issues more accurately, order the right parts, and complete repairs right the first time, reducing rework. If your sales department and/or other departments operate on a CRM (Customer Relationship Management) platform, an ERP integration with the CRM can lead to enhanced communications with your customers. This facilitates more personalized and effective communication, which leads to improved customer relationships and loyalty because each customer experience touchpoint that your customer has with your business is uniform. Integrating your ERP systems with other software solutions and your supplier’s systems, will eliminate data silos, reduce manual data entry and errors, streamline processes, enhance visibility into your business operations, and ultimately improve productivity for all departments within your business. You will also foster collaboration amongst your various departments, which is crucial because it promotes cross-functional communication, teamwork, and employee engagement. About the Author: Chris Aiello is the Business Development Manager at TVH Parts Co. He has been in the equipment business for 17-plus years as a service manager, quality assurance manager, and business development manager. Chris now manages a national outside sales team selling replacement parts and accessories in various equipment markets
The five ways AI is changing service provision forever in 2024
Machine learning and Artificial Intelligence are increasingly becoming must-have options to assist the growing number of operations and processes in the service industry. Here, Mark Brewer, VP Service Industries at IFS, highlights his five industry predictions—all influenced by AI—for the upcoming year, and the opportunities these new trends open up for the delivery of service, ultimately leading to better customer experiences forever. In as little as two years, half of contact centers will rely on an AI copilot Customer contact centers have always had staffing issues. A global survey by NICE WEM found the contact center attrition rate was an astonishing 42%. Almost a third of agents surveyed were actively looking for a new job, and of those only 60% wanted another contact center role. That’s a lot of disaffected agents. A move to AI-enabled tech stacks in call centers can change this. It’s poised to increase customer satisfaction and help ease the pressure from rising voice call volumes by keeping agents supported, interested, and engaged. Gathering the information needed to resolve a customer call about a vehicle breakdown or a broken boiler is not easy. It’s high-stress and complex for the agent. The necessary details and logistical variables may well be held on multiple systems, yet all must be considered together to achieve a call resolution in real time. Enhancing agent processes with AI applications AI provides a way to support agents with a virtual assistant—a copilot—in real-time as they work processing calls. For example, an AI copilot could automatically triage, and visually prioritize, the most urgent calls for agents on a dashboard, based on voice recognition of key phrases mentioned in a request. Similarly, it could display context-sensitive information as the call is in progress—for example, prompts to try and diagnose a fault, or the proximity and travel time of the nearest qualified engineer. Here, intelligent autonomous technology is not replacing, but instead augmenting the agent, empowering them to deliver a better, more reassuring, and efficient customer experience. Supported by an AI-powered copilot, every agent becomes an expert—including those staff who are new or relatively inexperienced in the role. “Circular by Default” will be the new norm for 70% of service organizations by 2026 With increasing global scrutiny on sustainability, consumers and businesses alike want to retain products and equipment for longer. The circular economy has seen a shift in the sustainability model from stick to carrot: mandatory compliance with regulations has turned into active enthusiasm to become inherently sustainable. Organizations know that consumers now want to buy from environmentally conscious companies. Equally, the outcome-based service model is also becoming more attractive. As consumers start to subscribe to offers such as heating-as-a-service, suppliers can afford to optimally maintain assets to maximize their lifetime, reducing emissions, waste, and recycling. I also expect we will start to see self-healing capabilities being designed into new products such as appliances and vehicles, eliminating the cost, time, and environmental impact of unnecessary field service visits. Computer Vision will enable 30% of asset-centric organizations to see, observe, and understand the world better by 2027 Where AI enables computers to think, computer vision enables computers to see, observe, and understand. For example, in a manufacturing or process environment, AI can be trained to analyze and detect video imagery that would indicate a fault or safety hazard. Already, computer vision is being used in both the oil and gas and the maritime sectors to monitor and detect corrosion, informing timely manual inspections and preventative maintenance, whilst multi-camera-equipped autonomous robots monitor operations in factories and warehouses. Increasingly, passenger and commercial vehicles are now equipped with cameras, capturing video as they drive. By applying suitable image recognition algorithms, this stream data can be used for computer vision, and reporting maintenance issues for infrastructure. Examples include road signs obscured by overgrowth, tree growth abrading overhead cables and phone lines, and vehicles automatically detecting and reporting locations for potholes. Almost one-third of service organizations will introduce autonomous vehicles to boost productivity initiatives One of the key metrics in field service has always been productivity (utilization): the amount of a field engineer’s time actually spent on the job. This ‘wrench time’ typically ranges from anything between 50% and 95%, but most organizations are aiming for around 70 to 80% utilization. Driving can easily occupy 30% of an engineer’s day, with administration adding a further 20-30%. But with the introduction of autonomous vehicles, travel is no longer downtime. With an autonomous vehicle managing the driving, engineers can prepare for their next visit, ensuring they are prepared. Because autonomous journeys are digitally planned and routed, they are exceptionally efficient and take into account EV range and charging needs. Human drivers need help to perform this well. AI-driven IFS Planning & Scheduling Optimization (PSO) removes all the guesswork. As well as planning the optimum schedule and routes, the application uses real-time vehicle telemetry data to dynamically make changes—for instance stopping to charge for 10 minutes, allowing an engineer to reach two more extra jobs, increasing the engineer’s daily productivity by 50%. AI will become the preferred fleet manager for 4 out of 10 asset-centric service providers by 2026 Streamed video data from assets, interpreted by computer vision, will increase the visibility of what the fleet manager can see. For example, wind turbines are routinely equipped with IoT remote sensing. Turbine manufacturers have access to real-time performance and operational data from thousands of assets sold and maintained at hundreds of customer wind farm installations. Thanks to AI, intelligence from cameras, sensors, service records, and digital twin models can give fleet managers ultimate visibility. AI can quickly identify any wind farm that is performing more efficiently and generating more energy than other comparable sites. Moreover, it can compare specifications to pinpoint why: for example, because a site uses a different, and more effective, gearing calibration. At this point AI has identified a competitive advantage, and a sales opportunity for the manufacturer. It automatically generates a proposal to the operator of the under-performing wind farm site,
Locus Robotics reaches three billion picks milestone
Locus Robotics announced that it has surpassed 3 billion total picks across its global customer deployments. The milestone was reached just 33 weeks after the company recorded its two billionth pick, and underscores the company’s continued rapid growth, solidifying its position as the undisputed leader in autonomous robotics automation for the warehouse. “Surpassing 3 billion picks across our global deployments is a significant milestone that reflects the trust our customers have placed in our innovative robotics solutions,” said Rick Faulk, CEO of Locus Robotics. “As we continue to push the boundaries of innovation, we remain focused on our mission to revolutionize the supply chain industry and empower our customers to drive operational efficiencies and productivity gains to thrive in an increasingly complex and demanding fulfillment landscape.” The billionth pick was a Carhartt t-shirt and occurred at a Carhartt facility in Hanson, KY, just milliseconds ahead of other items picked at the more than 300 Locus customer sites around the world. While it took Locus nearly 7 years to reach its first billion picks, the company’s growth has since accelerated at an unprecedented pace, reaching 2 billion picks just 11 months later, and now the third billion in a mere 33 weeks. During the 2023 holiday peak season, Locus picked more than 331 million units, representing a 66% increase vs. Holiday 2022, and picked a total of 1.2 billion units in 2023, an 82% increase over the previous year. “I first saw a demo of the Locus bots the year the company was founded. I instantly understood the potential this system had,” said Steve Banker, Vice President of Supply Chain Services at ARC Advisory Group. “Their impressive growth trajectory is a clear indication of the value their proven solutions bring to customers, enabling them to improve productivity, lower costs, and stay ahead of the competition.” “The 3 billion pick milestone is a testament to the widespread adoption of Locus Robotics’ innovative AMR technology across various industries, including retail, third-party logistics (3PL), healthcare, and manufacturing,” added Faulk. “At Carhartt, we are consistently impressed by the performance and reliability of Locus Robotics’ solutions,” said Tony Gariety, VP, of Distribution Operations. “LocusBots have become an integral part of our operations, enabling us to meet the ever-increasing demands of our customers while maintaining the highest levels of efficiency and accuracy.” As the industry continues to evolve, Locus Robotics remains committed to driving innovation and delivering cutting-edge robotics solutions that enable its customers to scale to meet growing demand. Locus’s strong focus on research and development ensures that it is well-positioned to continue its rapid growth and industry leadership in warehouse robotics automation.
Comau showcases the power of automation with new robots and new solutions at Automate 2024
Comau will be exhibiting at Chicago’s McCormick Place from May 6-9, 2024 in Booth 4441 to present its digital-driven technology designed to accelerate deployment, increase quality, and ensure sustainable productivity inside and beyond the smart factory paradigm. Held every other year, Automate features the latest in cutting-edge robotics, vision, motion control, and related technologies. To represent our vision of the future, Comau’s theme for this year’s show is the “Power of Automation”. Visitors will experience the power of perception-guided picking systems, vision-backed handling solutions, advanced arc welding systems, and wearable robotics that help increase operator well-being during heavy and repetitive tasks. All of these solutions address the increasing shortage of skilled labor and the continued growth of automation, which is expected to exceed a growth of +10% CAGR 2022-2030*. In addition to these technologies, Comau will unveil a new generation of compact robots that specifically address the diverse needs found within automotive and non-automotive applications. To help companies save time, energy, and resources, improving the quality of the production processes, Comau’s fully-automated piece picking and bin-picking solutions can be applied across multiple industries including warehousing logistics. The company’s upper and lower body exoskeletons will also be on display and are designed to assist the wearer during lifting, bending, and repetitive tasks to offer both muscular relief and reduced perceived effort. This is a concrete example of Comau’s steadfast commitment to workers’ well-being and to develop technologies that help companies achieve their sustainability goals. Come see how Comau is applying its 50+ years of experience in automotive – one of the most complex realities in terms of processes, cycle times, flexibility requirements, and the highest technology rate – to drive the power of automation within new markets and application areas that until now, have been largely inaccessible with traditional robotic technologies. Stay tuned and we look forward to meeting you at our booth 4441 in Chicago!
LexxPluss demonstrates safe, interoperable and scalable mobile robot conveyancing technology in the US
Japanese automation solutions company LexxPluss has established itself in the US, announcing its new demo space as a practical showcase for its intralogistics technology. LexxPluss is investing heavily in the US to provide its autonomous mobile robots (AMR) technology. The Japanese automation solutions provider has announced a new US demo space to showcase the capabilities of its flexible robotic fleet solutions and the flagship 30×30 ft facility is located in the Indiana IoT Lab, in Fishers, Indiana. In addition to the demo space, LexxPluss has established a US subsidiary, opened a new US sales office in Indiana, and is expanding its team. Recent US hires include Business Development Manager Morgan Chang and Project Manager Sandeep Chilukuri. With its Lexx500 autonomous mobile robot and LexxFleet, the fleet management system, LexxPluss aims to solve problems by creating sustainability through the use of automation and other technologies. This includes adding value to intralogistics operations by reducing workload and improving the safety of workers at manufacturing, automotive, and logistics sites. With a range of sensors, a multi-sensor guidance system, easy-to-use interfaces, and open architecture, the Lexx500 AMRs are designed to be highly scalable and interoperable; from a single robot to a fleet of units working together safely and flexibly alongside existing automated systems and human workers. The low upfront cost and ability to transport irregular cargo and large payloads of up to 500 kg is ideally suited to manufacturing and logistics businesses. Combining dynamism with experience to create sustainable materials handling LexxPluss was created in 2020 by Founder and CEO Masaya Aso and a team of autonomous technology experts with decades of experience in the robotics and autonomous driving industry in companies such as Bosch, Amazon, and Honda. Its technology has been successfully deployed in Japan and the company was recently chosen by both EY for its Innovative Startup 2024 Award in Japan and by Forbes as one of 100 Japanese startups to watch in 2024. Having secured Series A funding worth $10.7 million in 2023 for expansion in the US, LexxPluss is now leveraging its expertise and relationships in Japan. The company sees significant potential in the US, with market intelligence agency Interact Analysis forecasting the US mobile robots market will grow at a CAGR of 37% between 2023 and 2027, expanding from $1.1bn to $3.8bn. Seamless integration, larger payloads and multi-sensor safety with LexxPluss AMRs A trio of products will be officially launched by LexxPluss at Automate 2024 in Chicago this May: the Lexx500 AMR, LexxFleet fleet management solution, and LexxTug towing interface. Each of the products being launched in the US has been renamed as part of LexxPluss’ commitment to achieving success in international markets (with the products previously called Hybrid-AMR, Konnectt and WaniGripper). LexxPluss has equipped its mobile conveyancing robots with superior multi-sensor safety that combines LiDAR sensors, ultrasonic sensors and depth cameras to ensure they can operate safely and collaboratively with a human workforce. The company is also committed to open architecture, making its mobile robots easy to integrate with other systems and simple to maintain on-site. Announcing the opening of the US demo space, LexxPluss COO, Rizo Itakura,says, “There is huge potential for greater automation in the US. Our products remove barriers to scaling up and integrating automation with existing systems. Customers can start with a single unit, using existing carts and production machinery to generate greater efficiencies and improve the working environment. Interested companies and potential partners are welcome to visit our demo space in Indiana, to learn first-hand how our solutions can help to create sustainable intralogistics operations.” Morgan Chang, LexxPluss US Business Development Manager, adds, “We are excited to launch our new demo space and see this as part of our commitment to open mechanical design and transparent technical information sharing. This is something that sets LexxPluss apart, offering the highest levels of interoperability with existing systems and operations, alongside our determination to offer high levels of safety, reliability and scalability. I look forward to meeting potential new partners and customers at the LexxPluss stand at Automate 2024 (Booth #3076), where we will be showcasing our technology and officially launching a range of exciting products.”
Warehouse Robotics Co. surpasses $1B in systems sold
Warehouse robotics provider Exotec® announced that it has sold over $1 billion in systems globally, one of the fastest materials handling companies to reach the milestone. This achievement illustrates the rapid adoption of Exotec technology since its founding in 2015 as it continually expands its headcount, reinvests into new solutions, and reaches new markets across the world. Key highlights of Exotec’s journey to $1 billion in systems sold: Global Expansion: Expanded its presence into Eastern Europe and South Korea, and also opened a production facility in Croix, France. Reaching over 100 customer sites globally. In the US Exotec recently announced Lane Automotive, an automotive parts company, as a customer and Bastian Solutions, a Toyota Advanced Logistics company, is now an integrator of the Exotec technology in the North American market. Increased Headcount: Exotec has grown its global headcount 80% over the past year reaching 850+ employees globally. This is in stark contrast to the rest of the material handling industry. Reinvesting in R&D: Exotec heavily re-invests in the research and development of new solutions (10% of its annual revenue). In 2024, Exotec plans to recruit close to 100 R&D professionals globally. The company also recently appointed Louis Esquerre-Pourtere (former Bombardier) as the Director of Research and Development (R&D).
Pramac partners with BlueBotics to launch line of ANT driven mobile robots
The global energy tech solutions and material handling equipment leader, Pramac, has teamed up with Swiss autonomous navigation leader, BlueBotics, to launch its first range of mobile robot solutions under the X-ACT brand. Pramac and BlueBotics have announced their partnership, which sees BlueBotics providing ANT navigation technology and fleet management software for Pramac’s new line of X-ACT mobile logistics robots. Sold under Pramac’s new business unit, called Lifter Mobile Robotics, three X-ACT mobile robots are available with several more in the pipeline. “When we created Lifter Mobile Robotics, we wanted to build on our expertise in the field of material handling equipment by integrating the best and latest technologies possible, to ensure these products are plug & play ready and reliable. When it came to automating and managing our X-ACT solutions, it soon became obvious that BlueBotics was the best-in-class choice. Their ANT navigation is accurate, and robust, requiring minimal infrastructure changes when installing the robots on-site, and their ANT server fleet manager is as powerful as it gets, meaning our X-ACT robots can move intelligently and safely in dynamic environments, whatever the payload size or shape, and without deadlocks,” said Federico Piersimoni, Business Group Director of Pramac’s Material Handling Division. Dr. Nicola Tomatis, CEO at BlueBotics, added, “We are delighted to partner with Pramac as the company moves strongly into the AGV market. Pramac has the highest credibility in material handling space, excellent technology, and an impressive global network. We are sure its X-ACT solutions represent a valuable addition to the market, and we predict great things for Lifter Mobile Robotics in the coming years.” X-ACT mobile robotics Pramac’s X-ACT solutions are designed to work in dynamic environments such as warehouses and factories. At present three models are available, all driven by ANT navigation and managed by BlueBotics’ ANT server fleet management software: HYBRIX is X-ACT’s collaborative mobile robot pallet truck. It features autonomous movement and unloading, but pallets are loaded onto this robot manually. The Hybrix is easy to deploy, program, and use, thanks to its fully integrated ANT navigation software. Hybrix is the easiest solution with which to upgrade a company’s existing logistic processes and it can be quickly integrated in every existing workflow without the need of additional infrastructure. APTIX, by contrast, is X-ACT‘s fully autonomous pallet truck. This stacker solution is designed to move goods in warehouses automatically, from picking to drop off, with precision and efficiency. AMRIX is X-ACT’s fully autonomous platform robot. This omnidirectional unit load solution is designed to transport boxes, crates, pallets and general goods throughout a warehouse. “Designed in compliance with ISO standards, X-ACT robots are designed to evolve a business’s logistics processes to the next level – there is really a solution for virtually every use case,” said Piersimoni. “X-ACT can evolve your business to the next level with flexible solutions, perfect for upgrading traditional and advanced logistics. Thanks to our collaboration with BlueBotics, X-ACT range is plug & play: it integrates perfectly in your warehouse without the need for additional infrastructure, granting maximum safety. All of its technologies are quick and easy to use and grant a quick return on investment, plus X-ACT systems can be easily configured, updated, and monitored using our cloud solution.” “These X-ACT robots are a worthy addition to Pramac’s portfolio of material handling equipment,” added Tomatis. “With offerings such as the ultra-flexible HYBRIX, these solutions are perfectly designed to help companies kick-start their logistics automation programs, easily and in a way that makes sense for their operation. And thanks to the ANT navigation technology inside they are inherently accurate, reliable, quick to commission, and fleet ready.”
Kassow Robots Launches the KR Pulse Ecosystem
Kassow Robots, a manufacturer of easy-to-operate 7-axis lightweight robots, has launched its KR Pulse ecosystem. The aim of KR Pulse is to enable systems integrators and industrial end customers to seamlessly combine Kassow Robots cobots with end-of-arm tools and software solutions. Copenhagen-based Kassow Robots, majority owned by Bosch Rexroth, has added a new ecosystem section to their website. “The launch of KR Pulse is a milestone for Kassow Robots,” says Kristian Kassow, the company’s founder, co-owner, and CEO. “With our ecosystem for peripheral devices and software, our end customers and partners can now implement cobot solutions even more quickly. The easy integration of our cobots into automation processes has been an essential part of our business concept since the beginning. KR Pulse further strengthens this approach.” The approach to which Kassow refers is the core idea of his 7-axis lightweight cobots: to enable industrial end customers to automate more flexibly than is possible with conventional cobots. KR Pulse comprises components, application kits, engineering tools KR Pulse is made up of three segments: components such as grippers or vision systems, application kits such as hardware for applications like welding or dispensing, and engineering tools to foster processes such as simulation. Máté Olah pushes KR Pulse forward Máté Oláh, Business Development Manager for Kassow Robots, who has put major effort into developing KR Pulse says: “The open innovation culture among technology suppliers is the key to creating solutions that align with a flexible production environment. KR Pulse is the ideal ecosystem for this environment.” In 2024, Kassow Robots will continue to drive its systematic expansion of the KR Pulse ecosystem with strong partner companies ready to join in the coming months. C-Buns combine cobots with products from KR Pulse Kassow Robots C-Buns (compatibility bundles) are one of the most important building blocks of the KR Pulse ecosystem. They enable the seamless functional integration of other products with Kassow Robots cobots (plug and play), a capability that is in high demand for end customers today. Everybody knows how convenient it is, when you’re installing a printer at home, to be able to simply plug in the cord and activate the printer in the system settings. C-Buns allow plug and play functionality for partner solutions.
Locus Robotics and GEODIS bring warehouse AMR automation to Mexico
New site is first GEODIS location in Latin America with this technology and features the Locus solution operating across three-level mezzanine Locus Robotics has announced a new implementation with GEODIS to bring high-performance, next-generation robotics automation to Mexico to fulfill e-commerce and retail orders for a major global apparel brand. The new site, GEODIS’ first in Latin America to feature Locus Robotics technology, is located in Cuautitlan Izcalli, Mexico, and features a fleet of Locus’s award-winning Origin bots operating across all levels of a three-level mezzanine structure, efficiently controlled by the innovative LocusOne warehouse execution platform. LocusOne enables efficient pick-and-pass, multi-level functionality while delivering real-time operational visibility and management insights to ensure high productivity and a fast ROI. “We are thrilled to work with GEODIS to bring the power of Locus’s warehouse automation to Mexico,” said Rick Faulk, CEO of Locus Robotics. “This deployment represents a significant expansion of our footprint into Latin America and enables us to support GEODIS in setting the new benchmark for e-commerce fulfillment efficiency in the region.” “Locus allows us to unlock significant productivity improvements while also creating an engaging work environment for our teammates,” said Kevin Stock, Executive Vice President of Engineering at GEODIS in Americas. “We are excited to deploy the Locus solution at this flagship site in Mexico where we will provide transformative workflow automation and management insight for a globally admired brand.” In August 2022, GEODIS announced a new expansion agreement to deploy a total of 1,000 LocusBots at GEODIS’ worldwide warehouse locations over the next 24 months. The announcement represented one of the industry’s largest AMR deals to date.
DAC Robotics selects OSARO’s robotic depall to automate receiving thru replenishment
DAC Robotics has selected OSARO’s depall system for inclusion in its new three-step robotics system that handles depalletization, box opening, and decanting. The system uses OSARO’s SightWorks Perception software to run the depall robot, which then hands off boxes to DAC’s latest automatic box-opening ABOT and its decant robot. The system therefore handles everything from pallet to tote — from receiving to replenishment. CONTEXT While many other tasks downstream from the loading dock have been automated, the hazardous manual tasks of unstacking, sorting, scanning, opening, and transferring (decanting) master pack box contents into standard totes are often still performed by humans. To automate the entire process, DAC Robotics needed a high-performance depalletizing system capable of unloading a wide variety of box sizes and shapes from a pallet and then handing off each box to an automated box-opening robot in preparation for decant. The OSARO Robotic Depalletization System is equipped with OSARO SightWorks™ Perception Software, which enables the robot to recognize, select and successfully grasp the varied sizes and materials of unevenly stacked packages commonly found on mixed-case pallets that arrive at a loading dock. The system can depalletize the most technically challenging mixed-case pallets at rates that provide cost-effective automation of replenishment and reverse logistics. “Today’s technology announcement is the culmination of more than three years of development, engineering, and testing to integrate all automated work cells in the receiving and decanting process for warehouse intralogistics automation,” said Mark Ganninger, president of DAC Robotics. “With OSARO’s SightWorks Perception Software, we were able to design and deploy a system that met our exacting specifications.” WHAT WE’RE ANNOUNCING The fully integrated system being demonstrated at MODEX includes: A DAC Robotics mixed-case depalletizing system, powered by OSARO SightWorks™ Perception. The system can rapidly depalletize the most technically challenging mixed-case pallets. A DAC Robotics ABOT (automated box opening technology), which features the most advanced box metrology and dimensional capture to ensure precision opening of the widest range of box sizes and types before decanting. A DAC Robotics Precision Decanting System. DAC offers the widest, most advanced solutions in decant — from fully automated precision handling of the most delicate glassware and foil packs to semi-automated designs that allow for necessary operator re-pack and consolidation functions or additional process work to optimize and utilize the highest percentage of a re-packed tote’s capacity. “In today’s busy e-commerce and fulfillment warehouses, thousands of different SKUs arrive on mixed or homogenous pallet loads every day. The variance and multiplicity of pallet stacks, mixed pallet stacks, box construction, and box conditions can easily exceed millions of possibilities,” said OSARO CEO Derik Pridmore. “OSARO’s robotic depal system is the perfect teammate for DAC’s robotic box opener and decant system because it can maintain a high rate of inbound merchandise, 24×7.” Here’s a video that shows how it all works.
Movu Robotics and Morel Robotics Forge strategic alliance to bring seamless plug-and-play robotic solutions to Turkey
Movu Robotics, a warehouse automation solution that stands out by bringing easier logistics automation technologies to the world’s warehouses, has announced Morel Robotics as its premier integrator in Turkey. This collaboration aims to revolutionize the country’s automation landscape by bringing accessible and cutting-edge robotic technologies to businesses across various sectors. Movu aims to redefine the future of automation with its seamless plug-and-play solutions to drive efficiency, productivity, and safety in industries worldwide. Through this partnership, Movu Robotics will leverage Morel Robotics’ extensive expertise and market presence in Turkey to introduce its advanced robotic solutions to businesses seeking to optimize their operations. Movu escala bin shuttle, Movu atlas pallet shuttle, and Movu ifollow autonomous mobile robot (AMR) will be installed in Morel Robotics’ showroom as a demo center for the clients. The installation will include 4000 pallet positions, 19000 tots, and 8 ifollow robots. The demo center will showcase how to upgrade warehouses with Movu’s accessible automation. “Morel Robotics brings a lot of experience and a deep understanding of the Turkish market,” said Stefan Pieters, Co-CEO at Movu Robotics. “Their commitment to excellence aligns perfectly with our mission to deliver easier, modular, and flexible solutions that empower businesses to thrive in an increasingly automated world.” “We are excited to partner with Movu Robotics to bring accessible plug-and-play automation to our clients in Turkey,” said Hakan Aksoy, co-founder at Morel Robotics. “Together, we aim to drive technological innovation and empower businesses to achieve operational excellence via automation,” added Emir Altaras, another co-founder at Morel Robotics. With Movu’s state-of-the-art robotic solutions and Morel Robotics’ robust integration capabilities, businesses in Turkey can expect unparalleled opportunities to enhance their operations, streamline processes, and achieve greater competitiveness in the global market. This partnership underscores Movu Robotics’ commitment to expanding its global footprint and delivering impactful solutions to businesses worldwide. Both companies are determined to redefine the future of automation in Turkey, setting new standards for efficiency, productivity, and innovation.
HWArobotics introduces its reliable, customizable shuttle systems at MODEX 2024
Shuttle systems from HWArobotics are now available to companies across North America after the ASRS pioneer demonstrated its technology – based on 20 years’ experience – at MODEX 2024. HWArobotics showcased its high quality, reliable, and efficient shuttle automated storage and retrieval systems (ASRS) technology at the MODEX 2024 supply chain show, in Atlanta, Georgia (March 11-14). The warehousing and logistics robot company has 20 years of experience in developing and building shuttle robot systems and appeared at MODEX to introduce its comprehensive range of ASRS technology to a North American audience. HWArobotics is looking to expand its customer base in the region and develop new partnerships with distributors, following the successful deployment of its solutions by Canadian 3PL business Darwynn. Designed to optimize logistics and supply chain management operations, four key HWArobotics product lines were launched in North America at Modex 2024, including three tote shuttles and one pallet shuttle, as well as associated cargo lifts, racking, and control software. With system availability of more than 99%, excellent reliability, accuracy, and scalability, HWArobotic’s customizable shuttle robot systems deliver high throughput for a wide range of industry sectors and can be deployed fast to deliver results quickly. A whole process intelligent logistics solution HWArobotics’ warehouse automation experts were on hand at Booth C3885 at this year’s Modex to demonstrate the company’s products, which use high-performance components from European suppliers, including Siemens (Germany), Voestalpine (Austria) and Hilti (Lichtenstein). The stand featured the SLS300, SLS400, and SLS600 series tote shuttles and the FPSS1500 pallet shuttle. Manufactured using durable, long-lasting core components to create a stable structure, the SLS300 series standard tote shuttle storage system delivers high efficiency and up to 24 hours of continuous operation. Capable of speeds of up to 4 m/s and acceleration of 2 m/s, the SLS300 has a single-machine capability of up to 120 boxes an hour. Alongside the SLS300, HWArobotics also launched the SLS400 series variable tote shuttle system to the North American market. Offering strong compatibility and flexibility, the robot ASRS solution can mix and store containers of different sizes and can be configured to meet different efficiency requirements. Reliable, economical, and flexible, HWArobotics’ SLS600 3D tote shuttle system meets the needs of low-traffic, high-efficiency environments, such as spare parts, publishing, and e-commerce sites. It has excellent warehouse-sharing capabilities as shuttles can realize any change of lane operation, while system capacity can be easily adjusted by increasing or decreasing the number of shuttles to meet local short-term demand peaks. Also on display at MODEX 2024 was the highly controllable FPSS1500 series pallet robot shuttle system designed for warehouses and distribution centers. The four-directional solution is an advanced ASRS designed for efficient pallet handling and storage, with global standard CE and UL certification. Specialized all-electric shuttle devices are capable of moving in four directions within the racking structure, providing enhanced versatility and operational efficiency. The FPSS1500A is designed for room temperature environments across the manufacturing, distribution, food & beverage, and industrial sectors, and the FPSS1500B has been created specifically for cold storage, such as food, medicine, and cold chain businesses. Using AI scheduling algorithms, it has achieved swarm intelligence within the PSR system to automatically adjust efficiency based on the number of vehicles and the rack structure. Alongside its high-performance shuttle devices, HWArobotics has a wide portfolio of goods lifts, racking, and picking workstations (including robotic picking), for maximum performance and conveying capacity, high positioning accuracy, and sturdy, high tolerance storage. HWArobotics General Manager, Sky Chen, explains, “We are delighted to have been at Modex 2024 demonstrating the exceptional range of benefits our tote and pallet shuttle ASRS solutions can deliver. Thank you to the many visitors who visited our stand to learn more about the possibilities our innovative automated warehousing and logistics technology offers to reduce the workload of personnel and deliver efficient and accurate order execution. “At HWArobotics, we are enormously proud of the 20 years’ of experience we have as a pioneer in the field of shuttle robot systems and our exceptional customer service. We have established a base in the US and are excited to enhance the competitiveness of North American businesses with our shuttle ASRS technology. “The recent deployment of HWArobotics shuttle systems by Darwynn demonstrates how our technology can be up and running quickly and effectively, automating and optimizing logistics and storage processes. Our strong global customer base, including Bosch UAES, Hisense Hitachi, SONY, iCOOP, Shein, Joyson Safety Systems, JD.com, and Forvia, is a testament to the capabilities we offer to companies seeking intelligent upgrading of their warehouses and manufacturing plants.”
VisionNav’s VNST20 PRO world premiere showcases 45-minute trailer truck loading/unloading at MODEX 2024
VisionNav Robotics launched its latest automatic trailer truck loading and unloading solution, featuring the newly unveiled VNST20 PRO AGV robotics, at MODEX 2024, the full spectrum supply chain expo in Atlanta. The world premiere of the pioneering solution from the materials handling robotics specialist saw demonstrations of how it is capable of loading and unloading trailer trucks in just 45 minutes. Combining VisionNav’s high-performance autonomous forklift VNST20 with an advanced Robot Control System (RCS) for fleet scheduling and 3D LiDAR SLAM deep learning positioning technology for market-leading accuracy, the flexible solution has been designed specifically for trailer trucks, automating loading, unloading, and manual handling tasks. At MODEX 2024, VisionNav featured an immersive display allowing a technologically advanced exploration of the capabilities of VNST20 PRO, which marks an evolutionary step in the development of trailer truck loading and unloading. Powerful 3D perception, state-of-the-art mapping, and market-leading accuracy Fitted with a powerful RCS that utilizes state-of-the-art mapping, 3D perception, localization, and routing technologies, the VNST20 PRO generates efficient loading and unloading strategies, devises optimal delivery routes, and maximizes loading rates. Featuring 3D LiDAR SLAM positioning, the dedicated, proprietary system delivers increased space utilization, high scenario adaptation, high compatibility, and reliable solution redundancy to provide fast, safe, and efficient cargo handling. Available in the US from 2025 the VNST20 PRO can adapt to diverse trucks, goods, and environments, utilizing self-adaptive perception for unstructured environments and dynamic mapping for dynamic routing in containers. It is compatible with a wide range of trucks in North America and Europe and can be tailored to a variety of pallets, including EPAL and CHEP. VNST20 PRO is easily switched into manual mode to prevent delays. Key features of VisionNav’s VNST20 PRO: Rated load capacity of 2000 kg Cargo top clearance of 150 mm Gap between goods of 0-30 mm Minimum turning radius of 1,431 mm 45 minutes loading/unloading. Don Dong, VisionNav Robotics VP of Global Sales, says, “Boosting overall work efficiency and safety, the VNST20 PRO is at the cutting-edge of AGV robotics technology, revolutionizing cargo handling to enable loading or unloading a trailer truck in as little as 45 minutes. This is a new approach to trailer truck loading and unloading. “We demonstrated VNST20 PRO at work at our stand at MODEX 2024, alongside 4-sided LED hanging screens. This immersive experience provided visitors to the show with the opportunity to see the full capabilities of our trailer truck loading and unloading solution and how it can work for them. This is the first time VNST20 PRO has been demonstrated anywhere in the world and the response has been very positive.”
Plus One Robotics expands automation capabilities with new depalletization and gripper technologies
Major product updates will revolutionize induction and depalletization processes Plus One Robotics, a provider of AI vision software and solutions for robotic parcel handling, has announced two significant product updates designed to enhance efficiency and expand its reach into new market segments. The new updates offer significant advancements for businesses seeking to streamline and optimize their fulfillment operations where speed, accuracy, and efficiency are paramount. The new features include updates to depalletization and induction capabilities. Increase SKU Compatibility for Automated Depalletization The new depalletization feature addresses growing customer needs in grocery fulfillment, including the demand for increased SKU entitlement for shrink-wrapped cartons and trays. The new capabilities help overcome a longstanding technical challenge faced when automating the depalletization process — accurately distinguishing between groups of densely packed, shrink-wrapped food and beverage items. To tackle this issue, Plus One Robotics has developed new vision capabilities and AI to accurately identify different product configurations, streamlining the depalletization process and optimizing picking accuracy. This feature is robot-agnostic and designed to work with any of Plus One’s system integrators’ depalletization systems, offering an immediate solution for warehouses looking to automate their material handling process. “This new depalletization feature is a game-changer for the grocery industry,” said Shaun Edwards, CTO and co-founder of Plus One Robotics. “By leveraging innovative vision technology, we can now seamlessly automate the handling of various case pack configurations, significantly improving efficiency and throughput for our customers in the grocery segment.” Reduce Cost-Per-Piece of Varying Parcel Mix With New, Individual Cup Control Gripper Plus One Robotics is also strengthening its induction solutions with the introduction of a new gripper design. The Individual Cup Control Gripper (ICC Gripper) leverages the intelligence of Plus One’s PickOne vision software to grasp and singulate parcels using the optimal configuration of active suction cups. This advanced design offers several key benefits: Minimize Unintentional Multi-Picks: The combination of cup configurations enabled by this design allows the gripper to match the shape of the target parcel and avoid accidentally grasping adjacent parcels. Maximize Retention Force: By activating only the necessary suction cups, the gripper ensures that the full force of the vacuum is applied to the parcel surface, preventing the cost of damaged or dropped parcels. Reliability You Can Count On: Plus One Robotics follows a rigorous in-house reliability testing protocol to ensure dependability in the field. “The new Individual Cup Control Gripper exemplifies our unwavering focus on continuous improvement and efficiency,” said Erik Nieves, CEO and co-founder. “This software-driven innovation, tightly coupled with our PickOne software and AI detection, empowers users with unparalleled control and adaptability, regardless of the package type, whether it’s a box, polybag, envelope or irregular.” Plus One Robotics is exhibiting at MODEX 2024.
Schneider electric debuts new collaborative robots at MODEX 2024
Robotics innovations from Schneider Electric enable efficiency, cost savings, and consistent outputs for manufacturers New offers allow Schneider Electric to provide customers complete, customized automation solutions simplifying sourcing, commissioning Schneider Electric, a digital transformation of energy management and automation, has announced the release of two new Lexium cobots (collaborative robots) at MODEX 2024, the Lexium RL 3 and RL 12, as well as the Lexium RL 18 model coming later this year. Schneider Electric innovations in robotics and motion will be on display at their booth, #B7232. From single-axis machines to high-performance multi-axis machines, the comprehensive Lexium line enables high-speed motion and control of up to 130 axes from one processor for precise positioning to help solve manufacturer production, flexibility, and sustainability challenges. Schneider Electric goes beyond robots to provide fully integrated automation systems – digitally designed from concept to operation and maintenance. Integrating robots into the machine control solution through the EcoStruxure architecture enables collaborative data flow from the shop floor to the top floor, by connecting smart products, robots, controls, software, and services. Controlled by Modicon motion controllers, which unify PLC, motion, and robotics control functionality on a single hardware platform and integrated into EcoStruxure Machine Expert software, it offers a complete robotic solution. “As US manufacturing increases, the demand for smart machines is growing and customers are requiring robots with digital twin capabilities that validate machine performance to help them quickly increase production consistently, efficiently, and sustainably,” said Christine Bush, Robotics Center of Excellence Leader, Schneider Electric. “We are partnering with our customers to understand their challenges and pain points, then responding with complete, customized automation solutions – from power products and HMIs to PLCs and robotics – to simplify the process and meet their needs.” Compatibility with EcoStruxure Machine Expert Twin, a digital twin software suite that creates digital models of real machines, allows for virtual test strategies and commissioning, as well as shortened factory acceptance testing (FAT). Digitizing these processes can reduce time-to-market by up to 50% and commissioning time by up to 60%. A 20-40% savings in investment costs can also be realized due to faster time-to-market. Lexium cobots are part of a full line of robotics and automation solutions developed to meet manufacturer needs across industries, including warehouse/logistics, life sciences, consumer packaged goods, and beyond. Benefits of Lexium robotics and motion solutions include: Fast deployment: Built on open automation standards and protocols, cobots offer flexibility, scalability, and easy third-party equipment integration. They can be easily applied to existing or new production lines in a variety of different industries. Streamlined integration: Enhanced computing power, open software, and networking technologies facilitate quicker assembly, installation, and maintenance of robots. A centralized architecture with a unified programming platform using open standards promotes seamless interoperability among automation systems, machines, and robots. Consistent output: Designed to handle repetitive tasks without errors or distractions, cobots can maintain Overall Equipment Effectiveness while manufacturing higher volumes of quality goods over shorter periods 24/7 without fatigue. This produces a consistent output with little variability over a given production batch. Workplace health and safety: Cobots perform well in harsh environments and can handle riskier operator tasks involving heavy weights to reduce accidents and injuries. Amidst the rapid growth of US manufacturing, companies are increasingly seeking digital, efficient, and sustainable solutions to meet expanding output demands. Embracing Industry 4.0’s digitization, with advancements in artificial intelligence, machine learning, IoT, and digital twins, has become imperative to drive operational excellence. Software solutions are also playing a critical role in empowering manufacturers to innovate rapidly, reduce commissioning time, and stay competitive in this evolving landscape. As the industry transitions to Industry 5.0, the Lexium motion and robotics offers are poised to redefine efficiency and enable personalized autonomous manufacturing. To learn more about the innovations on display at MODEX and those coming in the fall, visit the Schneider Electric Booth B7232 at Building ABC, Level 1 at MODEX 2024