The Material Handling Blog

With the global pandemic only a few years behind us, rising diesel prices, supply chain shortages and a drastically transformed customer shopping landscape, the closing of 2022 should have looked bleaker. However, the “hyper growth” that was seen in ecommerce during the pandemic moved 2025 projections up by years. At the closing of 2022 we’re seeing retail’s first trillion-dollar year. As the meteoric growth of online sales has begun to moderate, and as we look forward to 2023 it will be imperative for retailers to address the past, present and future of retail.

Collaborative robots’ (cobots) popularity has grown in recent years for their ability to work alongside human operators and in a diverse range of applications. These robots, specifically designed to share workspace with humans, automate tasks that typically require some level of operator intervention. Cobots have proven to be safe, flexible, quick to implement and easy to program solutions that benefit both distribution and manufacturing operations. Let’s dive deeper into capabilities and potential use cases for this advanced technology.

Floor or fluid trailer loading is a common task that companies utilize to maximize the cube utilization of a trailer. Unfortunately, the improved usage of shipping space comes with an increased operational cost. At its core, fluid loading is an extremely labor-intensive task that has proven to be difficult to complete and staff. The work environment, ergonomic strain, and monotony of the task lead to high turnover rates and a physically strained workforce. Not to mention the increased costs and reduced throughputs resulting from cases being double handled. Fortunately, Bastian Solutions has addressed these issues with the ULTRA BLUE® robotic truck loader.

For manufacturing companies facing challenges of labor availability, increased order volume and ergonomic issues, an automated palletizing system is an effective method for quickly improving outbound operations. When considering an automated palletizing solution for multiple production lines, there are generally two options: centralized palletizing or local palletizing.

Facing increased customer demand, space limitations and limited labor resources, Friesens Corporation knew they needed to challenge themselves to think creatively about their production efficiency. Increased demand and volume necessitated higher throughput that only more binding lines could accommodate, creating constraints on the existing floorplan and layout. Finding space meant taking a closer look at their production processes.

Over two decades ago, the internet made its way into households, retail, and manufacturing environments, providing a foundation for commerce to occur in a more rapid and convenient fashion. Since then, ecommerce has undoubtedly become the platform of choice for procuring everything from household products to industrial equipment. While present strategies such as warehouse execution systems, sortation, rainbow palletizing, and GTP (goods to person) systems have certainly helped meet these aggressive order fulfillment pursuits, a new robotic solution is proliferating the material handling industry that can further improve operations and customer satisfaction.

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.

In many distribution centers, timely order fulfillment relies on operators having access to empty boxes so that they can quickly complete their picks. This is often completed by building a box and then delivering it to the operator within the pick module. The question is – “What is the best way to get the box from the box erector to the operator?”

As industrial robotic technology has improved over the years, so has related simulation software. So much so, that a majority of the upfront programming for a robotic system is typically now completed in simulation software first before being implemented in a physical robot. The sophisticated software programs used for robotic simulations replicate real world robotic conditions within a 3D virtual environment. These tools allow for detailed customization providing a reliably clear view of how a robot will operate before its built and integrated. This gives customers peace of mind of how their investment will support their operations.

In today’s environment, technology and automation are growing and advancing at a drastic speed. Recent investments by venture capital and private equity firms are further evidence of that rapid growth. Whether industries are looking to increase the amount of throughput in their facility, reduce or eliminate any ergonomic risks, or increase overall efficiency of the operation, the right combination of technology and automation in an industrial robot can provide the solution. So why are some individuals still hesitant about implementing industrial robots? Common misconceptions in our industry could be playing a part in that. The top three most common myths touch on ROI, applications, and complexity.

When trying to determine the best automated solution for a manufacturing application, it’s important to ask the right questions.

From picking, packing, palletizing and beyond, here are some distribution center applications that can benefit from using cobots, or collaborative robots.