The Material Handling Blog

Autonomous vehicles such as AGVs (automated guided vehicles) and AMRs (autonomous mobile robots) are self-guided load carriers that can autonomously travel to execute tasks assigned to them and can be the best fit for distribution centres, warehouses or manufacturing facilities. These vehicles can work independently without an onboard operator due to the latest innovation in sensors and control devices that help drive the navigation.

It’s no secret that, since the start of the COVID-19 pandemic, foot traffic in brick-and-mortar stores has seen a dramatic decrease. Recent reports show a slight increase and recovery but it is becoming increasingly clear that online shopping is the way of the future. How are businesses responding to this trend and what does this mean for parcel shipments?

Transform warehouse operations to achieve smarter, more accurate, 24/7 order fulfillment with piece picking robotic solutions carefully integrated to support existing workflows and flexible enough to easily grow for future business volume, products, seasonality and new functions. Download this Infographic to learn more.

Technology advancements are being made all the time, whether it’s new gadgets or software. In fact, it seems as though any time you look at the latest tech news a newer version of a product you've just purchased has come out. The same challenge exists with material handling and supply chain automation. Whether it's upgrading a conveyor system, adding a goods to person or AS/RS (automated storage and retrieval system), or state-of-the-art robotic automation, there are several factors that one should consider when looking into a new technology.

With the boom in the ecommerce market, companies will have to optimize outbound processes in order to keep up with the race and continue to meet customer expectations – correct orders with on time fulfilment. Let's look at how.

“Our existing 26,000 square foot facility was just not enough.” Gerrie Electric turned to small scale automation to unlock warehouse footprint and productivity opportunities quickly and reliably. The result – error-free picking, a boost in throughput, a trajectory to achieve and beat a targeted 3-year ROI and room to accommodate their immediate growth for additional robots and ports to handle the increased demand. As the largest independent, electrical lighting and automation distributor in Ontario, Canada, Gerrie Electric serves customers ranging from car and steel OEMs, pharmaceuticals and individual contractors performing on-site electrical installations.

« Notre installation existante de 26 000 pieds carrés n’était tout simplement plus suffisante ». Gerrie Electric s’est tourné vers l’automatisation à petite échelle pour lever les restrictions dues à la superficie d’entrepôt et permettre rapidement et de façon fiable des opportunités de productivité. Le résultat : un prélèvement exempt d’erreurs, une amélioration de la productivité, une trajectoire pour atteindre et surpasser un rendement du capital investi sur trois ans ciblé, et de l’espace pour accommoder la croissance immédiate pour des robots et des ports supplémentaires afin de traiter l’augmentation de la demande.

Before products can be sent on their way to individual doorsteps or stores, there are a lot of individual yet highly connected functions. All of these tasks are housed in a single DC (distribution center). As straightforward as it may seem to get products from inbound receiving docks to outbound shipping and truck loading, there are a few key considerations to avoid common mistakes in layout and design. Unlocking efficiency opportunities means thinking through safety considerations, the placement of functions and technologies in the warehouse, understanding of drawbacks or potential challenges, and evaluating what can and cannot or should not be automated. Let’s take a look at some of the common mistakes and considerations to avoid them.

Post originally published and provided courtesy of Scallog. In order to coordinate and absorb those retail flows as effectively as possible to meet demand, logistics engineers must become more efficient and productive, beyond trading off their resources as an adjustment variable. Automation, and specifically goods-to-person robotics, is a crucial element to ensure efficient logistics without compromising on the operator’s safety and well-being.

Supply chains and warehouse operations are under a spotlight with many moving towards adding small- and large-scale automation solutions with software upgrades to match. Identifying and navigating those changes is not easy but the right warehouse software platform and integrator can help make the shift seamless.

Are you looking for a way to eliminate waste within your picking process? Are you struggling to achieve accuracy metrics? Does your operation suffer from constant turnover or accommodate seasonality? If any of these scenarios hit a little too close to home, a pick to light solution may be a good choice to optimize your operation! In this article, I will go over the functionality, advantages and operations best suited for this technology.

Hot, cold, corrosive – these environments, and more, inherently require a little extra care when it comes to planning labor and tasks. The same goes for introducing any automated technologies. After all, you need them to operate correctly and avoid any unnecessary damage. Often pulled in to support tasks that need to be reliably repeatable, industrial robotics are an excellent option to support safer work in unique environments. When looking at any robotics application, it’s crucial to consider the conditions under which the task is happening. Whether it’s palletizing, welding, paint, or part handling, the working environment – temperature, exposure, application, and materials – plays a key role in the way automation equipment is selected, outfitted, and designed. Let’s take a look at some of the most common challenging environments and what can be done if the environment is too harsh for most standard industrial robots.