Report: COVID “no obstacle” to AMR growth

Leading publisher and consulting firm STIQ (Styleintelligence) has published this year’s STIQ AGV and AMR Robotics report. The report features charts, data, insights, and analysis, as well as an executive summary, and is interspersed with quotes from industry leaders to give a comprehensive picture of the world of automated guided vehicles (AGV) and autonomous mobile robots (AMR).

Despite the initial downturn in activity caused by the COVID-19 pandemic, growth began to return in the second half of 2020 and accelerated through 2021. Several AMR vendors suggested that the pandemic had actually acted as a catalyst for further automation. Geek+ is bullish on its growth forecast and has suggested that the conversation about automation has shifted from ‘should I automate?’ to ‘how can I not?’

Highlights include:

  • An overview of the AGV and AMR landscape, including business models, segmentation, and technologies.
  • The consequences for growth from supply chain disruptions and talent sourcing issues.
  • The evolving profile of AGV and AMR customers and the vendors who serve them.
  • COVID-19’s impact on acceptance of robotics, including in new settings, such as in hospitals and schools.
  • Varying perspectives among industry experts on whether very high growth levels will continue in 2022.

CLICK HERE to download STIQ’s full AGV & AMR Robotics report 2021 for free.

DHL accelerates use of autonomous forklifts

DHL Supply Chain has introduced its largest-ever single implementation of autonomous forklifts to date, with 15 embedded in its warehouse operations at Tyrefort in the West Midlands (UK).

The autonomous forklifts form part of DHL’s operation for a major customer in the automotive sector, taking over picking, put-away and replenishment of products and empty media in the warehouse. The vehicles reduce the number of manual pallet transfers without requiring significant changes in warehouse infrastructure.

The indoor robotics transporters work safely up to 11.5m high – believed to be a first in the logistics industry – easily reaching the highest warehousing racks to handle a range of pallets, stillages and waste cages. Safety features including LIDAR and camera obstacle detection, bumper tip sensors and side bumper bars, all minimise interaction with manual trucks operating in the same facility. The forklifts are fully integrated with the Blue Yonder Warehouse Management System and charge autonomously when required.

Maintaining a high quality service to the customer throughout the implementation was critical, with DHL working closely with MAXAGV to ensure the deployment was completed without any interruption to just-in-time operations in the live warehouse.

The investment marks the next step in DHL Supply Chain’s Accelerated Digitalization strategy, which seeks to roll out the most innovative technologies to benefit its customers and colleagues, while lowering the operation’s carbon footprint.

Simon Woodward, Head of Accelerated Innovation and Digitalization, DHL Supply Chain UK & Ireland said: “Indoor robotics have the potential to bring huge benefits to our warehouse environments, and this is no exception. Autonomous forklifts can be safely deployed and make a difference immediately, creating capacity and increasing efficiencies. They are also helping us manage skilled worker shortages at a time when we are struggling to recruit.”

“Working closely with MAXAGV we’ve been able to seamlessly deploy a fleet of significant size with no downtime for the customer, which is testament to the strength of our partnership and the hard work of the team.  Excitingly, we’re already reaping the rewards and now plan to accelerate their rollout with more to follow in 2022.”

With 24/7 operation, DHL calculates that a fleet of just a dozen autonomous forklifts can handle more than a million pallets per year in just one facility. Automated indoor robotic transport increases efficiency and improves workplace safety by taking over the repetitive task of driving pallets around. Improvements of this kind are helping DHL to increase operational excellence for its customers while making its operations more effective.

Goodman teams up with Geek+ in China

Goodman Group, a leading global industrial property group and Geek+, a global market leader in autonomous mobile robot technology, have signed a strategic co-operation agreement. Goodman and Geek+ will collaborate to share technical and logistics property expertise to develop cutting-edge, customised automation solutions for their customers across Greater China.

Kristoffer Harvey, Chief Executive Officer, Greater China at Goodman Group, said: “China continues to be a world leader in e-commerce and online retail already makes up over 27% of total retail sales. This is expected to increase by 63% to 2025. Our customers are always looking for ways to create efficiencies in their supply chains to meet growing consumer expectations for cost effectiveness and rapid delivery. Well-located smart warehouses are the answer. By partnering with Geek+, we are giving our customers and China’s consumers access to the latest warehouse robotics and technology.”

Geek+ products and solutions include Goods-to-Person systems, vertical storage systems, robotic sorting, and autonomous forklifts, known for their precision, reliability, and cost savings logistics for retail, e-commerce, manufacturing customers. As part of the co-operation, Goodman will be able to provide its warehousing customers with the highly flexible and scalable Geek+ Robot-as-a-Service package.

Lit Fung, VP, Managing Director APAC, UK and Americas at Geek+, said: “With our extensive logistics management experience from over 300 automation projects worldwide, Geek+ can provide comprehensive automation solutions that take full advantage of Goodman’s well located and high-quality properties.”

Goodman and Geek+ will continue to explore cooperative ventures to drive innovation in smart warehousing, including joint development of warehousing products and building specialised automated warehouse properties.

SP Digital upgrades to automated mobile robotics

Geek+, a global AMR leader, is continuing its expansion in South America with the successful deployment of autonomous mobile robots (AMRs) at SP Digital, a leading e-commerce company for computer hardware and gaming products in Chile. The project will provide SP Digital with the capacity to support its rapid business growth during peak season.

The solution was implemented in collaboration with Boreal, a key provider of mobile solutions in Latin America and a strategic partner of Geek+’s AMR solutions.

“We are excited to see Boreal leverage our picking solution to support a leading e-commerce company like SP Digital with the efficiency and accuracy needed to expand its business,” said Randy Randolph, Senior Director Channel Relationships, of Geek+ America. “By integrating our AI-driven AMRs, SP Digtial can optimise its warehouse operations, respond to rapid changes in order volume, and continue to provide accurate deliveries during peak season.”

In light of a surge in online shopping trigged by the COVID-19 pandemic, SP Digital has faced unprecedented challenges and massive spikes in demand. In order to improve operator picking efficiency and warehouse throughput, the company digitalised its supply chain with Geek+’s picking solutions. By integrating smart AI technologies and advanced picking robotics, SP Digital is now able to optimise warehouse operations, achieve maximum picking efficiency, and meet increased consumer demands.

Diego Santander, CEO of SP Digital, said: “For us, implementing the Geek+ robotics systems in our value chain is an important step on the path towards enriching and strengthening the services we offer our clients. In a crazy, dynamic, and changing world, the only accurate compass is people. Listening to your customers it is always a successful and enriching exercise. We are very satisfied with the work done together with Boreal and Geek+ robotics. We look forward to continuing to collaborate and expand the range of solutions.”

Roberto Fuhr, CEO of Boreal Technologies, commented: “SP Digital is a great example of the successful implementation of autonomous mobile robots by Boreal with remote support from Geek+. We are very happy to have collaborated with our collective teams that provided the comprehensive automation capabilities, and we appreciate the opportunity they gave us to automate current and future operations.”

With pandemic-induced changes in consumer shopping, Geek+ will continue to work closely with SP Digital to enable fast and agile order fulfilment and will collaborate with Boreal to support e-commerce retailers overcome warehouse challenges across South America.

 

 

Caja Robotics makes significant appointment

Caja Robotics, a leader in flexible robotic goods-to-person solutions for order fulfilment, has appointed Dr. Christian E. Baur, formerly CEO of Swisslog, as Senior Advisor. Following a successful rollout of Caja’s warehouse robotic solution in the US and responding to a growing demand for automation in the EU, Baur will support building a strong network of clients and partners to fortify the company’s presence in Europe.

Baur is a software- and robotic-driven automated solutions expert with an entrepreneurial mind for solutions that shape the future of automation and create exceptional customer value. Coming from KUKA and Swisslog, he leverages deep expertise in project-based global businesses, operational excellence, M&A and leadership experience from various companies, including top management consulting. With passionate and dedicated leadership in the software and robotics space, Baur will bring his innovative thinking in digitised logistics solutions to Caja Robotics.

“I am a believer in software, automation and robotics solutions. With Caja’s technology, the future of logistics is here,” said Baur. “Caja is taking all of these and providing a perfect solution to the current logistics market needs, especially for businesses and warehouses that need scalable solutions. I see an epic potential for the future.

“There are only a few mature companies that offer innovative robotic driven goods-to-person solutions, but none like Caja, who really focuses on creating top of the line cloud-based software optimisation of order fulfilment – accomplishing high fulfilment rates, with efficient use of resources. I am very impressed with how flexible and scalable their solution is, making quick ROI feasible.”

Ilan Cohen, CEO at Caja Robotics, said: “We are excited to welcome Chris as Senior Advisor. His vast knowledge and experience are invaluable to Caja, and will serve as a pillar for building our European presence. We look forward to his creative approach and leadership.”

Baur holds a degree in mechanical engineering from the Technical University of Munich and received a doctoral degree from the Technical University of Karlsruhe.

HAI claims success for e-commerce project

HAI Robotics, a global leader in Autonomous Case-handling Robotic (ACR) system for warehouse logistics, is calling its first project in the UK with Chinese cross-border warehouse operator WINIT a success, as deliveries for holiday shopping parcels are about to reach customers.

The project provides 120,000 storage locations with shelving height of 4.3m in a 10,000 sq m warehouse in Tamworth, Staffordshire. By deploying 100 HAIPICK A42 robots and 16 On-conveyor Picking Workstations in the warehouse, goods-handling efficiency is improved between three- and four-fold compared with manual work, with a daily handling volume of up to 50,000 pieces.

The warehouse owner WINIT is a Shanghai-based provider of overall solutions for cross-border e-commerce, and runs overseas warehousing and distribution services in Australia, the US and several European countries. With the project going live, it saw its warehouse throughput spiked, comfortably accommodating the inrushing order-fulfilment requests for cross-border warehousing and logistics from merchants around the world, driven by the online shopping boom since the Covid-19 lockdown.

Demands for global warehousing service has dramatically surged with the flourishing cross-border e-commerce businesses in recent. Custom statistics indicate that in 2020, Chinese cross-border trade volume amounted to RMB1.69 trillion (€0.23 trillion), rising 31.1% from the previous year and the figure is estimated to go up to RMB16 trillion (€2.21 trillion) in 2021. By 2020, the number of overseas warehouses owned by Chinese operators exceeded 1,800, totalling more than 12 million sq m in land area.

However, cross-border warehouse operators are often confronted with some hard nuts to crack.

To start with, a major issue that constantly vexes warehouse owners operating overseas is staff shortages and the rising cost of hiring local labourers. They also found it a headache to maintain a stable workforce in their warehouses, which are often located near commercial hubs in industrialised countries, even with above-average level wages. Automating their warehouses has become a pressing issue.

The second challenge is the huge number of SKUs owned by different merchants, which could range from consumer electronics to baby toys. The fact has raised concerns of storage density and picking efficiency. To meet consumers’ growing demands for short parcels delivery time, furnishing a warehouse with robots that can handle complex order-fulfilment tasks can be a rewarding decision.

Last but not least, a flexible warehousing solution that can be swiftly deployed weighs heavily for cross-border warehouse owners whose growing businesses can’t wait for too long.

WINIT, who found no shortcuts to address those concerns, found the HAI Robotics’ solution a good match for the needs of high storage density, goods-handling accuracy, operation efficiency and flexibility.

With the HAIPICK A42 robot that allows picking and sorting with eight loads in one movement, one worker can handle 450 pieces of goods per hour, which is three to four times faster than manual work. The solution has also improved storage density by 130% with spaces from 0.25m to 6.5m high being fully utilised. The HAIPICK system, which supports intelligent totes identification and labels reading, boasts 99.99% picking and sorting accuracy.

Kane Luo, Vice President of Sales from HAI Robotics, said that a customised plan was made for the project to improve performance, including elevated storage density and innovative workflows to facilitate necessary manual work: “We were primarily obliged to provide ACR system. However, we’ve taken into consideration the whole process from inbounds to packaging of outbound goods. The workstations were also ergonomically redesigned according to overseas standards.”

Collaborative automation contributes to enhanced productivity

Universal Robots, the world’s most widely-deployed collaborative robot provider, has provided Stanley Engineered Fastening with robotic quality inspection using cobots in its Warrington Facility.

Fifteen UR3e cobots act as key components in its brand-new cells for Breakstem autonomous manufacture which have reduced product costs by approximately 10% and shortened lead times by up to 70%. They are producing approximately 350 million fasteners per annum from across the company’s product range.

The new cells fully integrate four previously independent processes, boosting productivity and improving conditions for machine operators by eliminating 2.5 tonnes of manual handling per year. Within the manufacturing process a UR3e cobot randomly selects a component for batch sampling and performs a pre-programmed quality inspection. This involves degreasing, drying, deburring and feature inspection through a digital micrometer. The cobot then performs an automated destructive test by placing the part in a Stanley Smart Gun to record the break load of the components.

Vitalij Rodnov, Advanced Manufacturing Engineer at Stanley Engineered Fastening, explained his reasons for automating quality inspection on the production line: “We needed to increase throughput and productivity in order to meet demand across our fastener product range. Freeing up our machine operators from this repetitive task allows them to add more value elsewhere in the process, delivering better profitability and shorter lead times.”

“Stanley Engineered Fastening is a great example of a company smartly using collaborative automation to make its business more successful and resilient”, added Mark Gray, Country Manager, UK & Ireland at Universal Robots. “Our cobots are helping transform so many organisations whose potential would otherwise be constrained by labour shortages, limited production space or rising production costs.”

Geek+ helps transform CEVA’s e-commerce operations

Geek+, a global AMR leader, has successfully deployed AMRs in CEVA Logistics’s Truganina warehouse. CEVA is a global third-party logistics (3PL) provider looking for new and innovative automation solutions to better serve its Australian ecommerce clients. Implemented by Körber Supply Chain, the project greatly improves efficiency and productivity in the warehouse, ensuring smoother order fulfillment for CEVA’s customers.

Lit Fung, Geek+’s Managing Director for APAC, UK, and Americas, said: “Today, an accelerated demand for fast order fulfilment has created a challenging scenario for businesses everywhere. In Australia, a booming e-commerce landscape has made ‘delivery services’ the determining factor of who’s going to come out on top. Using smart robot automation, CEVA has turned a challenge into an opportunity that will allow them to set the standard and gain considerable advantages.”

With upwards of 500,000 sq m of warehouse space and 1,350 employees, the site in Australia is one of the largest warehouses in the southern hemisphere. When a leading online shoe store experienced rapid growth, CEVA began looking at ways it could help the company meet consumers’ demands for speed and cost of delivery.

Previously, CEVA would have had to add more employees to an already labour-intensive process, with 12 to 15 employees using radiofrequency picking devices to complete one order. Today, Geek+ autonomous mobile robots intelligently and flexibly move mobile inventory racks and pallets to picking stations, saving employees time that would otherwise be spent walking around finding and picking inventory. The result is an overall improvement in employee comfort and logistical efficiency, as well as considerable savings.

“Thanks to Geek+’s AMR technology, we now have a very fast and efficient picking productivity and throughput solution,” said Milton Pimenta, CEVA Logistics’s managing director for Australia and New Zealand. Following the project’s seamless implementation, CEVA saw an immediate improvement in key performance indicators, most notably a fourfold increase in picking efficiency. CEVA plans to use the solution to support its wide customer base, securing its leadership position as a first-rate logistics provider.

“CEVA feel that a number of their clients could benefit from AMR technology. As this was the first pilot project for the business, it was extremely important that we delivered on our predictions,” said Ravi Nath, Körber Supply Chain’s head of automated solutions for Australia and New Zealand.

Geek+ will continue to work closely with Körber to help scale operations across regions and support CEVA with efficient, accurate, and flexible AMR solutions for the company’s wide network of global customers.

 

 

 

Invar to offer HAI Robotics’ ACR systems

Invar Group a leader in advanced warehouse automation, has entered into a partnership agreement with global robotic systems manufacturer HAI Robotics to include the manufacturer’s cutting-edge Autonomous Case-handling Robotic (ACR) systems as part of the Invar solutions suite for customers in the UK, Europe and the USA.

HAI Robotics is a global leader in the design and manufacture of ACRs used in order picking, put-away and dispatch operations, while Invar Group has a global network of high-profile customers in sectors such as ecommerce, retail, pharmaceuticals, FMCG and manufacturing. Invar Group is widely recognised for its highly versatile in-house developed warehouse management and control software suit, IWS, and its comprehensive design and integration capabilities for advanced automated warehouse solutions.

Craig Whitehouse, Managing Director of Invar Integration, says: “These are exciting times, robotics has transformed automation in the warehouse. Their flexibility, scalability and low-Capex appeal offers huge advantages over fixed solutions. HAI Robotics has a fantastic range of intelligent ACRs, well suited to the varied demands of fulfilment applications, and so we are delighted to include HAI Robotics’ advanced ACRs in our fast-expanding solutions suite.”

HAI Robotics launched its first ACR system, the HAIPICK, in 2015 and has since developed a family of mobile robots with the ability to carry cartons as well as individual totes, offering the capability to bring multiple cases to pickers or conveyors in one movement. The autonomous order-picking robots can pick and place totes or cartons on shelves up to 7m high and are able to carry up to eight loads at a time, offering a continuous feed for goods-to-person picking stations.

The HAIPICK solution can quickly transform the performance of a warehouse, increasing storage density by 80–130% and improving operational efficiency by over 300% compared with a manual process.

Kane Luo, Vice President of sales for HAI Robotics, says: “The partnership will be able to offer warehouse operators a unique and innovative solution that delivers higher fulfilment volumes, at lower operation costs and with better distribution efficiency.”

The HAI Pick system has been installed in applications across ecommerce, 3PL, apparel, electronics, energy, manufacturing, medicine and other industries. Over 2,000 HAIPICK robots have been deployed in more than 200 ongoing projects worldwide. The latest application of the technology at Australia’s largest online book retailer, Booktopia, has boosted picking and dispatch efficiency by 800% at the company’s 14,000 sq m distribution centre at Lidcombe, New South Wales.

Magazino extends robot fleet at Zalando

Magazino has extended the robot fleet at one of Europe’s leading fashion platforms, Zalando, representing the largest delivery in the young robotics company’s history. The existing fleet of eight robots at the Zalando logistics site in Lahr (Germany) will be expanded by 20 additional robots. Some of the additional robots will already support the picking of shoes ordered online during Cyber Week 2021.

The first 10 additional robots were delivered by Magazino in September 2021. These will support Zalando employees and the existing robot fleet in the upcoming Cyber Week at the end of November. The remaining robots will be delivered to Lahr by the end of the year and put into operation next year. The working area of the robots in the Zalando logistics centre will also increase from 4,000 to 16,000 sq m.

Carl-Friedrich zu Knyphausen, Director Logistics Development at Zalando, said: “We see the mobile picking robots from Magazino as an important support for our logistics processes. Often, automation technologies are difficult to implement in confined areas such as a picking warehouse. But the TORU robots have proven that they can relieve our colleagues of non-ergonomic tasks. They actively and reliably cooperate – and not only in daily business, but also at peak times like Cyber Week.”

Frederik Brantner, CEO and founder of Magazino, said: “The scaling of the robot fleet clearly shows the added value of TORU. Zalando’s decision to roll out our technology on a large scale is proof that mobile robots like TORU have long since left the testing and prototype phase behind and are now an integral part of modern, high-performance intralogistics.”

Zalando launched an initial project with two TORU robots from Magazino at its logistics site in Erfurt back in 2018. This was later followed by the relocation of the robots to the Lahr site and the expansion of the fleet to a total of eight robots in 2019. When all additional robots are in live operation around April 2022, Zalando will be operating the largest fleet of TORU robots.

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