Motion: the next dimension of hand-eye applications

In robotics, a hand-eye system denotes a setup where a vision system is directly attached to the robotic arm, generally behind the very last joint. This approach offers an alternative to the more traditional fixed mounting of the vision system, usually above the working volume of the robot.

Though the hand-eye approach may benefit many applications, its potential has so far been largely limited by standard vision systems. Photoneo comes with an ultimate solution that finally puts an end to these vision-based limitations.

Advantages

The hand-eye approach is very useful in specific applications as it offers a number of advantages over the fixed-vision-system method. First of all, it can cover a much bigger scanning volume as it can be specifically directed to the area of interest, offering much more flexibility than the latter approach. The vision system is thus only limited by the reach of the robot rather than by its own scanning volume.

Scanning distance is one of the main parameters that determine scanning accuracy – a hand-eye vision system with a shorter scanning range can provide a much higher level of detail than a fixed vision system with a large scanning distance. If a customer has a large bin filled with small parts, the highest level of detail will be achieved by using a small scanner with a short scanning range mounted to the robotic arm.

A hand-eye system is also an advantageous option in case an application comprises two or more containers. A standard setup with a fixed vision system would either require a linear axis above the bins or multiple vision systems. A hand-eye system will do with one scanner moving with the robotic arm from one container to another.

Furthermore, bin walls or a vision system mounted above the container in a fixed manner may cast shadows on certain sections of the container, inhibiting proper scan acquisition of some parts. In such cases, a compromise needs to be made for finding an optimal position for the scanner in relation to the bin and sometimes the parts need to be manually rearranged. The hand-eye approach can easily overcome this challenge.

Hand-eye systems present a modern approach with rising popularity, which gains a firm foothold in an increasing number of robotic applications. Its benefits become even more important with the rise of collaborative robotics. However, one should keep in mind that the deployment of the hand-eye approach makes real sense only in specific types of applications.

Important considerations

Though the hand-eye setup provides a number of advantages, there are certain factors that need to be considered before adopting the approach.

Hand-eye systems require a more difficult installation than setups with a fixed vision system. It is also more difficult to find an optimal way to handle the cables that power the deployed vision system.

In addition, because the scanner is attached to the robotic arm, it may restrict the robot’s movements. It is therefore advisable to use a smaller vision system.

Another drawback of hand-eye systems is a higher risk of colliding with the sensor and possible difficulties with finding the optimal position on the robotic arm for the vision system, especially if it is of a larger size.

Moreover, robot movements cause vibrations, which standard high-accuracy area-scan vision systems cannot handle. Because of this, the robotic arm needs to stay still during scan acquisition, which may prolong the cycle time. As a result, the hand-eye approach is not the right solution for time-critical applications.

Of course, there are applications where the hand-eye setup is the best option and that do greatly benefit from this approach. In those cases, the vision-based limitations can be overcome with Photoneo’s revolutionary ‘Parallel Structured Light’ technology.

Hand-eye coordination in motion

The ‘Parallel Structured Light’ technology, implemented in the Photoneo 3D camera MotionCam-3D, enables hand-eye coordination without trade-offs between quality and speed. MotionCam-3D is the only 3D vision system that provides high-quality scans even during the movement of the robotic arm. The camera is highly resistant to vibrations and does not require stopping the robot.

The technology enables the capture of objects moving up to 144kmh, providing a resolution of 0.9Mpx and an accuracy of 300–1250μm, and in the static mode a resolution of 2Mpx and an accuracy of 150–900μm. MotionCam-3D is available in five models – most suitable for hand-eye applications are models S, S+, and M.

The greatest benefit of the novel technology is that the robot does not need to stop to make a scan, which dramatically shortens the cycle time when compared to standard technologies. It thus opens the door to new applications such as instant tracking of the object position.

Collaborative robotics has also been limited by the drawbacks of standard methods. Collaborative robots are slower per se than industrial robots and when combined with the hand-eye approach, the cycle times are prolonged even more. MotionCam-3D overcomes this limitation and works perfectly also if attached to the arm of a collaborative robot.

Motioncam-3D comes as an ultimate solution for any kind of robotic tasks. Vision-system-based limitations of the hand-eye approach are now an issue of the past. The technology offers the best resolution and accuracy for scanning at fast speed, effective resistance to vibrations, and shorter cycle times than ever.

5 ways cloud integration can improve resilience

With the unpredictability of today’s market and the digital transformation that has been taking place across the industries, B2B cloud integration has become vital for building resilient, prepared, and responsive supply chains.

The Covid-19 pandemic revealed the insufficiency of visibility in supply chains due to shortcomings of integration technologies. Even though 9 out of 10 businesses believe end-to-end visibility to be of great importance, only 50% of businesses can currently access and utilise information about their supply chain as a means to obtain business insights.

At the same time, the e-commerce boost has brought about a digital transformation. Keeping this in mind — as well as the need to rapidly adjust to market change — centralising all processes through B2B cloud integration is vital.

To clarify the benefits of B2B cloud integration in today’s supply chain ecosystem, Meili Robots discusses 5 ways in which B2B cloud integration can help create more resilient supply chains:

  1. The Optimisation of Data Management
  2. The Improvement of Supply Chain Visibility & Agility
  3. The Prevention of Further Disruption
  4. The Elimination of Onboarding Challenges
  5. The Establishment of Stronger Ecosystem Partnerships

A resilient supply chain focuses on three goals: supply chain optimisation, demand-driven supply, and supply chain visibility. B2B cloud integration allows businesses to centralise all of their processes, tools, and systems in one place. This way, they are provided with a full overview of their entire supply chain at all times. Now, businesses can better understand their operations, enabling them to make more informed decisions.

CLICK HERE TO READ THE FULL ARTICLE

 

Geek+ launches smart palletising solution

Geek+, a global AMR leader, has launched a new solution for Smart Mixed Case palletising, co-developed with WSR Solutions, a provider of intelligent warehouse management tools.

The solution combines Geek+ autonomous mobile robots and WSR’s intelligent palletising algorithm to help warehouse operators systematically handle the processing of multiple outbound orders in an efficient, safe, and flexible way.

Lit Fung, Vice President of APAC, UK and the Americas at Geek+, says: “We are thrilled to work together with WSR Solutions to provide a tool that targets every aspect of the outbound logistics process, from how goods are stored and moved around the warehouse to how pallets are stacked, streamlining processes by eliminating the need for re-palletisation, and optimising overall space utilisation.”

Based on real-time demand, Geek+ autonomous mobile robots optimise the movement of ordered goods between the storage area and picking station. At the picking station, WSR’s intelligent algorithm support warehouse operators to stack cases of varying weight, height, width, and so on in an optimal way. It is a one-stop solution that takes warehouse automation one step further, allowing operators to not only modernise logistics processes inside the warehouse but ensure agile supply chains through the efficient use of truck space.

Marcel van Schijndel, CEO of WSR Solutions, says: “Together with Geek+ we provide a full framework for the changing market requirements. Innovative mixed palletising solutions that in effect serve one single goal: to optimise the customer’s supply chain with efficient, flexible, and affordable automation solutions.”

The solution has four key components – storage area, buffer area, case picking area, and loading area.

Storage Area

The storage area is built on multiple layers using high-density racking and bulk lifts for more storage capacity. After inbound processing, pallets of incoming goods (donor pallets) are stored in high-density racking. Donor pallets are then moved horizontally by four-way shuttles and vertically by lifts. The system flexibly solves bottlenecks caused by rapid changes in required throughput. With no need for wires and long installation periods, the number of shuttles can be flexibly adjusted to handle changes in required throughput, and peak values can be changed using the system’s scheduling tool.

Buffer Area

Upon receiving the outbound order, items of high outbound volume go to a buffer area between the storage area and the workstation. Upon registering an incoming order, a picking robot picks up the donor pallet from the storage area and moves it to the buffer area for temporary storage. At the buffer area, picking robots streamline the movement of pallets, ensuring the smooth supply and optimal sequencing of source pallets to the workstation.

Case Picking Area

At the workstation, an operator picks cases from a donor pallet and stacks them on an order pallet based on a pre-calculated stacking pattern. The user-friendly interface provides the operator with information on outbound orders such as required type and quantity of goods, and the SAT laser pointer specifies case placement.

If one type of good is included in different orders, picking robots will move the donor pallet of that good to the next workstation, and new donor pallets containing other SKUs will automatically arrive at the previous workstation for continued order picking. The remaining items that do not require further picking will go to the storage area, creating a dynamic transit cycle.

Loading Area

At the loading area, optimally stacked pallets are loaded onto trucks by autonomous forklifts without the need for re-palletisation. By optimising how pallets are stacked it improves truck space utilisation, lowering overall transport costs. The algorithm enables efficient organisation and order sequencing of large-scale, mixed case combinations. It can be tailored to fit customers’ actual business needs for allocation and priority management, making a powerful tool applicable to a wide range of industry scenarios.

Why Human Psychology is Key to Effective Human-robot Interaction 

Craig Summers, UK Managing Director of Manhattan Associates, reflects on Manhattan Associates’ annual virtual event, Momentum Connect and its biggest takeaway. This was being treated to an excellent speaker session from Kate Darling, Professor of human-robot interaction, tech policy and ethics at MIT, looking at how people project human traits, qualities and emotions onto not just animals, but also robots too.

The recent news from DHL that the logistics giant plans to deploy an additional 1,000 Locus Robotics (the Massachusetts-based robotic start-up) picking robots to more than twenty locations across the USA and Europe by the end of next year, is only the latest in a long line of news over the last twelve months to underline that robots (particularly in the warehouse and supply chain context) are very much here to stay.

Anthropomorphise

It’s critical that organisations not only look at the technology practicalities of these deployments (such as software, platform and API integration) but also the ‘softer’ elements such as the psychological interactions between human workers and their metallic co-bot colleagues.

If you own a pet, be it anything as small as a goldfish, right up to the size of a dog or even a horse, the chances are, you will have heard of the terms anthropomorphism. Deriving from its verb form anthropomorphise, itself derived from the Greek word ánthrōpos (ἄνθρωπος, lit. human) and morphē (μορφή, form), the term simply means to project human traits, qualities, emotions and behaviours onto non humans. According to Darling, these projections are not exclusive to just our pets, however instead they are tipping over into our increasing interactions with robots too.

Robots as Living Things

According to Darling, humans feel a certain empathy towards robots; even ones as simple as a Roomba vacuum cleaner. “It is not the most sophisticated machine in the world, it just moves around the floor cleaning it. Even so, 80% of people who own one have their own name for it. Furthermore, according to iRobot (the manufacturing company), when these Roombas suffer a breakdown, most people prefer to have their automated vacuum cleaners repaired rather than replaced with a new one.” This shows the illogical, yet very real bond humans will readily form with even the most basic of robots.

Darling went on to explain that even she (a professor in the study of human-robot interaction) has experienced feelings for basic robots in the past. In 2007 she bought a toy robot dinosaur; “because it had motors, touch sensors and an infrared camera. I thought it was really interesting because it  reproduced certain behaviours very well. When I showed it to my friends, some of them grabbed it by the tail and twisted it until it would cry. Even knowing that it was a robot, I felt a certain anguish.” It was as a result of this experience, the researcher became interested in the field of social robotics.

We are certainly at a very interesting moment in human history when it comes to the merging of the robot-human world. For at least the last six decades we have had robots in factories and warehouses, but now they are reaching out into other spaces, even our homes and workplaces. While the levels of AI and ML have rapidly accelerated, to the point that these new generations of robots can think, make autonomous decisions and learn, they are not alive and they cannot feel; instead it’s us as human beings who feel for them.   It’s this eureka moment of clarity that Darling insists we need to recognise, emphasise and keep in mind in order to integrate technology more effectively into our daily working (and personal) lives.

Different Types of Intelligence

A commonly made mistake according to the MIT’s Darling, is comparing artificial intelligence with human intelligence: “It’s an analogy that doesn’t make sense to me,” she commented. “Sure, it is true that there are already machines that are much more intelligent than us; that can do infinite calculations, beat us at chess and identify patterns that we would not recognize. However, they are not able to perceive the world or learn in the way that a human does – it is a different type of intelligence.”

Robots therefore should be seen as complementary to human roles not as a replacement for them, such as a co-bot interacting and assisting a picker in a warehouse environment when a product is too heavy or an awkward size.  A greater understanding of how we’re hard wired as a species to interact with other non-human objects, is the key to designing more effective and efficient robots. In relation to supply chains (more broadly) and warehouses (more specifically), both stand to significantly benefit from the exploration and advances in understanding our need to anthropomorphise robots.

With the pandemic finish line in sight - queue a collective inhalation of breath and crossed fingers - now is the perfect time to start assessing which areas of society, commerce and business have been most changed by the events of the past 18 months.   In terms of robotics, investments and uptake have gone through the roof in the last year for obvious reasons and certainly show no sign of slowing down any time soon, so now may well be the perfect time to seriously consider robotics and automation as part of your organisation’s long-term business strategy.

The Future of the Robot

Covid-19 is destined to have a long-term, profound and lasting impact on the way we all work and live; and increasingly, robots and automation are going to play a significant role in both. We may be on course for a true watershed moment in terms of robot uptake in warehouses and supply chains. With more research into the human need to anthropomorphise robots including both warehouse co-bots and in-house automated helpers, the robots of the future will likely look, feel (see I’ve done it right there; robots can’t feel!) and behave very differently to those which we interact with on a near daily basis today.

Read the article on this from our September issue here.

New MD for robotics specialist

Robotics and automation specialist RMGroup has appointed Mark Tucker as its new managing director. Mark has over 40 years’ experience in the automation sector, having held a number of previous technical, managerial and sales senior roles. He will be working with the existing board, consisting of previous MD, Edward Rees, who now becomes chairman, Rosie Davies (commercial director), Edward Pugh (sales director) and Thomas Rees (technical director).

With increasing demand for its range of handling, robotics and automation solutions, the company has enjoyed significant growth in recent years. The company’s success is based on its reputation for quality UK-manufactured machinery and national on-site and on-line service support, allied to integration of its partnerships with ABB Robotics, Asti Mobile Robotics (recently acquired by ABB), Lantech and pallet packaging solution specialist, Lachenmaier.

Tucker said: “RMGroup is a great business with great products, great people and a can-do attitude. It’s my dream job and it was an easy decision to accept the invitation from Edward. I look forward to leading the management team along a maturing path to even greater success.”

From its 5,000 sq m mid-Wales factory, RMGroup designs, manufactures and supplies a wide range of manual and automatic packaging machinery, packaging systems and robotic automation to a customer base spanning food & beverage, horticultural, aggregates, chemicals and agricultural industries. The company’s service packages cover a wide-ranging toolbox of support options and can be configured to suit customers’ equipment and requirements.

Robotics Fleet Management: buy or build?

As the robotics market continues to accelerate — with many robotics enthusiasts diving into the development of robots and their accompanying systems — you might be wondering what would be best for your business: to buy or to build?

To help make your decision-making process a little bit easier, Meili Robots‘ industry report explores and discusses the seven key considerations for buying or building a fleet management system (FMS) for your robot fleet.

Implementation & maintenance costs

An important aspect of building or buying an FMS is the costs and speed of the implementation process. While a third-party FMS can be integrated into your existing systems within hours, it can easily take a year or more to develop your own scalable solution.

Meanwhile, resources and expertise are also crucial factors for deciding whether to build or buy a scalable FMS. Depending on the size of your fleet, you will need to consider hiring a team of developers to establish the necessary infrastructure and interface of your software.

Perhaps the most important consideration for buying or building an FMS is the maintenance of the system. If you do decide to build your own FMS, you will need to keep your system up to date — meaning you would most likely need to hire in-house developers. If you were to buy an existing FMS, you would instead have automatic access to external developers from the third-party provider.

Compatibility, functionality & scalability

Many third-party FMSs can easily be integrated into existing systems and might be customisable to your exact requirements. However, this usually costs extra and takes more time to deploy. On the other hand, when building your own FMS, you get to design and develop your software exactly the way you want. Keep in mind that this also comes with additional maintenance to keep your system up to date.

If you have the resources at hand to develop your own FMS, you get a lot of flexibility in terms of functionality — having the ability to add new features and updates as you see fit. With an existing FMS, you will be dependent on the third-party provider for updates and new features.

Most existing FMSs are specifically designed to make it easier for you to scale your business. If you were to build your own FMS, you need to ensure that you have a strong, scalable software foundation so it can keep things running in the long run without running into any complexities.

For further insights into the seven key considerations for buying or building a FMS, please download the free report on Meili Robots. Here, we dive further into the implementation speed, cost estimates, functionality, system compatibility and security as well as connectivity, data monitoring, and current market insights.

CLICK HERE TO DOWNLOAD THE FULL REPORT

Woolworths selects robotised solution for Sydney DC

Vanderlande has signed a new contract with Australia’s largest food and grocery retailer, Woolworths, to deliver STOREPICK, a robotised, end-to-end automated case picking (ACP) warehouse solution.

The system will be installed in a new, innovative regional DC in Moorebank Logistics Park in Sydney and will supply over 200 stores in New South Wales from 2025. This will be the second Australian state where a Woolworths DC will be using Vanderlande’s STOREPICK solution.

Woolworths Group’s supply chain arm, Primary Connect, will build and operate the state-of-the-art DC, with the aim of enhancing customer shopping experiences, as well as improving efficiency in stores.

STOREPICK allows for the optimisation of all processes in the entire value chain. It effectively handles both incoming and outgoing goods, and thanks to Vanderlande’s Load Forming Logic (LFL) software, guarantees store-friendly deliveries across multiple store formats. This is combined with a redundant design and optimum usage of the DC’s footprint, which contributes to a safe working environment for Woolworths’ operations team.

In addition, the solution has been designed using the latest technologies in material handling, including the Vanderlande ADAPTO shuttle system with flexible in-rack shuttles, free-roaming AGVs, intelligent robots for case picking and Goods-to-Picker workstations.

Primary Connect Managing Director and Woolworths Chief Supply Chain Officer, Paul Graham, explains: “The facility will transform the way we serve our New South Wales stores, strengthen our network, and deliver on our ambition to create Australia’s best food and grocery supply chain. We will be able to carry up to 8,000 additional products, which will help in unlocking a much better shopping experience for our customers.

“To keep pace with growing demand and ever-evolving customer expectations, we need to continue to invest in new technology and capacity to power our next-generation supply chain. We’re pleased to be on this journey with our trusted technology partners at Vanderlande.”

Vanderlande’s Managing Director Warehousing Solutions for Australia and New Zealand, Roald de Groot, adds: “It’s been an incredible journey over the past two years for the local and overseas teams from Vanderlande who have worked closely together with Woolworths’ design team to make this project happen. We are extremely proud to provide Woolworths with this state-of-the-art fully automated solution and are keen to further build on this established partnership in the future.”

The relationship between both organisations has been a significant positive for Vanderlande’s Vice President Warehouse Solutions Terry Verkuijlen: “Vanderlande is proud to have been highly involved in this key partnership with Australia’s largest supermarket chain. Woolworths has strong ambitions in terms of its growth, product offering and customer experience, so we’re delighted to help play our part in this continued success story. By providing our automated end-to-end STOREPICK solution, it will enable Woolworths to maximise efficiencies within its new DC in Sydney.”

Meili Robots wins top supply chain award

US media organisation Supply & Demand Chain Executive has selected Meili Robots as a recipient of the Top Supply Chain Projects Award for 2021.

Meili Robots says it is on a mission to elevate the traditional supply chain and logistics industry by eliminating interoperability pain points. Its universal fleet management system – Meili FMS – opens up new levels of automation in warehouses and manufacturing spaces by bridging the gap between different types and brands of robots. Its solution is easy to integrate with any ERP-type system and ensures that robots that operate in the same environment can communicate with each other and work collectively.

Thanks to tremendous growth in the robotics industry, supply chains are becoming more aware of the benefits of automation – especially in warehouses. As a result, more users are diversifying their fleets to serve different operational processes. Manufacturers currently supply their robots with their own fleet manager, which means that robots in diverse fleets cannot communicate with each other. This leads to collisions and delays in operations, which, in turn, creates an inefficient, costly, and unsafe work environment. That is why there is a need for a universal, third-party solution like Meili FMS that can tackle the pain points of interoperable robot fleets.

The Top Supply Chain Projects (formerly known as SDCE 100) spotlights successful and innovative transformation projects that deliver bottom-line value to small, medium and large enterprises across a range of supply chain functions. These projects show how supply chain solutions and service providers help their customers and clients achieve supply chain excellence and prepare their supply chains for success.

“The supply chain industry has been challenged with a host of supply chain disruptions over the last year. Yet, the winners on this list continued to re-tool and innovate,” says Marina Mayer, editor for Supply & Demand Chain Executive and Food Logistics. “Whether it be moving a customer to a cloud-based solution or implementing a more sustainable shipping option, these top supply chain projects reflect the supply chain industry’s strength and resilience to overcome disruptions and work better, smarter and more efficiently in the years ahead.”

9 tips for running a successful warehouse in 2021

Setting up and running an efficient warehouse may not seem very complicated at first.  However, it is one of the biggest challenges warehouse managers face these days. The number of different areas to pay attention to when setting up a warehouse design often stands in the way of warehouse managers being able to run their operations successfully.

As an extension of Meili Robotswarehouse robots guide and warehouse automation guide, the company will now share nine tips that managers must keep in mind in order to run a successful warehouse in 2021.

1 – Maximise Operating Space

The first step to optimal warehouse management is setting up your warehouse’s layout. This will help you to avoid bottlenecks, missing items, pickers walking in each other’s way, etc. The goal is to create a single flow of goods through the warehouse. This includes worker stations organised efficiently to minimise the distance your employees have to travel between different stations.

Even though the size of warehouses is increasing, so are the prices for warehouse space. It is therefore important to become more inventive with your space capacity. And in many cases, this means looking up.

As long as you have the correct manual handling equipment for product retrieval, there is a wide variety of products and stock that can be stored at great heights. Many bulk and slow-moving products can be held at high pallet racks. Making use of vertical space can reduce the square foot of your facility, thereby keeping your fixed costs down.

Even though it is often overlooked by warehouse managers as they focus on maximising the facility’s square footage, traffic flow regulation is a critical component of getting the goods out of the facility and transported to the correct location so they can be sold as quickly as possible. Time is of the essence, and you must ensure that the traffic can receive, offload, and dispatch the goods as quickly as possible. This can be done by making a proper assessment of the inbound traffic volume and fleet configuration. Based on this information, you can configure and incorporate a mix of different loading docks.

2 – Implement a Warehouse Management System

Warehouse Management Systems (WMS) are a great addition to any warehouse environment these days. Traditional paper picking lists and spreadsheets with stock locations will not meet the desired efficiency levels that are needed to live up to today’s customer demands on delivery speed and order accuracy.

Considering the wide variety of benefits that come with a WMS, it is no surprise that the market is increasing. In 2020, the WMS market was valued at €2.16B and is now expected to grow at a compound annual growth rate (CAGR) of 15.3% from 2021 to 2028.

When it comes to implementing a WMS, it is crucial to find the WMS that is the perfect fit for your specific operational needs. Therefore, before deciding on a particular solution, you should assess and specify the following:

  • Interface: make sure that the WMS of your choice can be integrated into your existing management systems without requiring manual data entry and the like.
  • Core capabilities: assess the WMS’s activity requirements such as packing, kitting, shipping, putaway, customisation, stock management, and returns.
  • Outputs: specify the requirements regarding labelling, the documentation of despatches, KPI capturing, and management reports.

What is most important is that you choose a WMS solution that comes with the core functionality that you need. It does not matter whether or not the solution is complicated, as long as it fulfils your requirements.

Recommended reading: “Robotics 102: A Complete Guide to Warehouse Automation”

3 – Optimise Accuracy

Playing a crucial role in the supply chain, warehouses are responsible for receiving, storing, and shipping the right goods to the right customers at the right time. As you can probably tell already, accuracy is playing a huge role in this. However, with the increasing pressure on fulfilment centres to move goods more quickly and less costly, accuracy is affected in a negative way — e.g. goods being shipped to the wrong customers or customers receiving the wrong goods.

Luckily, technological advances allow managers to optimise and maintain their accuracy levels in their warehouses. Some great examples of this are warehouse management systems and robotic solutions — such as inventory robots and drones — that can scan and track inventory by using barcode scanners and RFID technology.

Note that just optimising your accuracy levels with the use of technology will not be enough to ensure successful warehouse management. Along with these solutions comes a need for process and labour management, employee training, and a number of other factors that will be discussed in the rest of this article.

4 – Increase Efficiency Levels

If you have been following the tips mentioned above, you will probably have a pretty good system in place that can help you spot inefficiencies in your operations. It is crucial to keep track of these and address them to optimise your overall performance.

This is another way in which warehouse automation could benefit your business. Not only will it allow workers to focus on more important tasks, but it also has a huge impact on your productivity and efficiency levels. According to a survey from Vanson Bourne, many of the root causes of downtime — as illustrated below — can be avoided by implementing the appropriate solutions. Evidently, automation makes an invaluable contribution to running a successful warehouse.

Warehouse automation comes in all shapes and sizes, but let’s look at some of the most common ways to optimise efficiency:

  • Improving picking, receiving, and labelling
  • Implementing a warehouse management system
  • Integrating shipping and inventory management systems
  • Automating inventory management and shipping using barcode scanners
  • Adopting automated conveyor belts
  • Using automatic box builders and pallet wrappers
  • Deploying mobile robots
  • Implementing a universal fleet management system

These are just a few examples of how warehouses can automate their operations and there are many more.

Recommended reading: “Robotics 102: A Complete Guide to Warehouse Automation”

5 – Enhance Visibility

It is becoming increasingly important for warehouse managers to be able to accurately predict inventory, supply, and demand. Warehouse visibility relates to having access to data about inventory levels and inbound and outbound shipments as well as specific information regarding orders — such as at what time and day the order was received, picked, or shipped, whether or not the products were in stock, and so forth.

These days, visibility is driving innovation in the warehousing industry. The growing demand for warehouse robots and other types of warehouse automation indicates that companies are becoming more invested in what is happening inside their warehouses in real-time by adopting robotic solutions to their facility.

With the increasing demand for robots in warehouses, it is becoming increasingly difficult for manufacturers to keep up with the demand. As a result, manufacturers focus on one or more specific types of robot. This means that warehouses — especially the bigger ones — are likely to buy their robots from various manufacturers. There is, however, a big issue: each manufacturer supplies their robots with their own, individual operating system.

Imagine a warehouse with mobile robots doing picking and packing, drones taking care of inventory levels, other robots for cleaning, others for security purposes, and so forth. As these robots will most likely come from different manufacturers, they will not be able to communicate with each other’s operating system. This can cause collisions and other work floor accidents, which, in turn, can lead to unnecessary downtime and productivity losses.

One way to address this problem is to implement a universal fleet management system that lets you control your entire fleet on one platform. Not only will this provide you with an overview of all of your robots and their tasks, but you will also be able to control traffic flows, edit the map/layout of your warehouse, assign tasks to the individual robots, and analyse their data. This solution allows you to easily improve your warehouse’s overall productivity and efficiency levels while simultaneously creating a safer working environment.

6 – Manage Your Labour and Processes

In order to see the highest productivity levels, it is crucial to hire the right amount of workers and manage their schedule in a way that optimises the output. This includes optimising the warehouse’s layout, choosing the most efficient picking paths and methods, and anticipating peak seasons.

In addition, collecting data on your warehouse operations can give you insight into the efficiencies of workflows, time spent on specific tasks, unnecessary travelling back and forth between workstations, and so forth. Having access to such metrics allows you to make changes where needed, thereby optimising both your costs and productivity.

It is also of great importance to train your employees well and provide them with key skills that can help them work more efficiently. Even though you might need to free a part of your budget for this, the training will repay itself over time with more accurate, efficient, and faster workflows.

Areas you can focus on to improve the efficiency of your employees:

  • Decide on the most efficient picking method and make sure your employees are being taught how to carry out tasks based on this method.
  • If you use any types of robots in your workplace, train your employees to drive and/or control them so that they can carry out more flexible tasks.
  • Teach your employees about proper quality control in relation to receiving, picking, and packing tasks.
  • Make your employees aware of how to efficiently manage inventory, including scanning and labelling tools (e.g. with the use of barcode scanners)
  • Your inventory counts tend to be incorrect

Finally, always make sure that there is clear communication between you and your employees. Not only can this avoid accidents on the work floor — think of slippery floors or chemical exposure —  but it also helps to achieve organisational alignment as well as increased engagement, which in turn leads to higher productivity levels.

7 – Manage Your Costs

As mentioned before, the role of the warehouse is to receive and ship goods to customers. Besides sending it to the right customers at the right time, it is also important that the goods are stored and shipped at the right price. That’s why it is important to have an overview of your operating costs.

Your operating costs are mainly determined by your labour, storage, equipment, and utilities. This includes costs associated with the rental or purchase of a warehouse to store goods as well as labour-related costs — which depend on the job role, skill set, and location of the warehouse. Keep in mind that the cost of equipment can also run very high — depending on the type of equipment you choose. Not only do some of them ask for a very high initial investment, but installing and repairing the equipment can also be costly.

On another note, today’s customers seem to increasingly want lower volume and quicker delivery. If your order profile goes through such a change while you have implemented a costly high-density bulk storage system, you may be facing a big challenge. Make sure you avoid such risks by properly analysing and predicting SKU proliferation as well as order profiles and forecast volumes.

8 – Optimise Safety

Even though worker health and safety is often neglected by small-sized warehouses, it is, in fact, one of the most important factors in running a successful warehouse. According to the Occupational Safety and Health Administration (OSHA), “the fatal injury rate for the warehousing industry is higher than the national average for all the industries”.

To avoid work-related injuries, mishaps, and damaged goods, make sure to assess your warehouse’s layout, accessibility, and inspection. Not only is optimising safety on the work floor the right thing to do for your employees, but it will also benefit your business in the long run. Especially considering the fact that reducing downtime due to injury or illness will help you optimise your productivity and efficiency levels. To give some perspective, workplace injuries cost the US roughly €44.3m to €51.1bn per year.

Recommended reading: “4 Reasons Why Mobile Robots Are the Solution to Operational Safety”

9 – Have Security Protocols in Place

Considering how many goods are stored in warehouses, it is no surprise that warehouses see one of the highest theft rates in the supply chain. To run a profitable business and maintain a good reputation in the industry, it is important to have a number of security protocols in place.

Basic security protocols:

  • Physical security
  • IT security
  • Standard operating procedures
  • Personnel security and training
  • Visitor identification and registration
  • Customer evaluation

Final Thoughts

As with most warehouse automation solutions, please be aware that they mostly depend on your specific project, type of operations and needs as well as the layout of your facility. The tips Meili Robots has shared above are therefore merely suggestions and should always be taken into careful consideration. The company always recommend speaking with an automation specialist or your robotic supplier before making any big decisions.

Geek+ implements Asia’s largest smart grocery warehouse

Geek+, a global AMR leader, has successfully launched 100 autonomous mobile robots (AMRs) in the distribution centre of Circle K Hong Kong. The deployment represents the commitment of Geek+ and Circle K Hong Kong to build supply chain resilience using technology and support customers with a wide selection of products and excellent services.

Today, the distribution centre of 140,000 sq ft handles the deliveries of more than 300 Circle K convenience stores in Hong Kong, serving over 600,000 customers daily. With large volumes bound for different destinations and a wide selection of products ranging from small everyday items to food and cold goods, Circle K Hong Kong wanted to automate its warehouse and streamline large-scale logistics processes.

In January 2021, the company decided to transform its operations with 100 Geek+ AMRs, to ensure the effective daily handling of over 1,000,000 products.

Lit Fung, VP, and Managing Director of Geek+ APAC, UK and Americas, says: “We are excited to see our system support Circle K with the accuracy, efficiency, and flexibility needed to serve its wide network of convenience stores. Our AI-driven robotics system enables digitalisation for streamlining warehouse operations, which helps our customers improve competitiveness in an ever-changing environment.”

AMRs will automate many time-consuming and strenuous tasks traditionally performed by warehouse employees such as finding and moving goods around the warehouse. In turn, it creates a safer work environment for employees while improving overall employee productivity. Driven by intelligent software and QR-code technology, the network of robots will flexibly move racks of ordered goods from a designated area for inventory to employees positioned at workstations where they will finalise the picking process guided by the user-friendly interface.

It improves the overall picking accuracy and efficiency. The flexibility of movable robot-compatible racking, combined with the ability to choose the optimal route and organise inventory densely according to real-time demand, will improve space utilisation and bring more flexible supply chain operations. Additionally, AMRs can operate 24/7 to better support periods of high throughput demand.

Bruce Ma, Senior Supply Chain Manager of Circle K Hong Kong, says: “With substantial challenges facing our team, we aim to improve customers’ and employees’ experiences by reinventing our supply chain using automation technologies.”

With ever-changing markets and difficulties predicting future demand, flexibility through digitalisation and real-time visibility is key to building an agile supply chain.

Moving forward, Geek+ and Circle K Hong Kong will work closely to secure the smooth operations of the largest automated warehouse within Asia’s grocery industry and ensure the timely and accurate allocation of millions of quality products to Circle K’s wide network of convenience stores.

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