The Material Handling Blog

Analyzing the tasks, rates and capabilities can help not only maximize the robotic system but also help reduce the need for ancillary equipment and additional investments, creating a more streamline operation.

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.

The amount of new technologies emerging to support distribution and supply chain automation is also rapidly increasing; and for good reason.

Robots have been around for a while now and some may now consider them a commodity. They take inputs – product dimensions, pick and place locations – and produce outputs – finished pallets, unloaded or loaded machines. The inputs and outputs are controlled and consistent. What happens when the inputs and outputs can’t be controlled? Are you out of luck? Not anymore! Bastian Solutions has implemented robotic systems that allow robots to see, reason, and act to unknown inputs and produce desired outputs.

Now, more than ever, companies struggle to staff industrial areas due to the ongoing labor shortage. Robotic systems can accomplish many tasks within an industrial environment, including palletizing, depalletizing, case packing, machine tending, and many other roles.

An automated guided vehicle’s (AGV) key role when interacting with robots is the delivery/removal of materials. Special attention needs to be given to interaction points in order to have a successful automation ecosystem

Without a doubt, microfulfillment is one of the hottest trends in supply chain. The ability to get products into consumers’ hands quicker than your competitors is the ultimate leg up, so not only is it a trend, but it’s a strategy enabling today’s retailers to decentralize fulfillment, create a better customer experience and redefine the retail landscape. So, what is it?

Because of COVID-19, many manufacturing companies are finding themselves needing to change operating procedures. Here's how automation is helping one company make much-needed PPE.

When making a decision, it’s important to fully consider the benefits and disadvantages of each available option. Here's how we decided between supercapacitors and batteries when developing our warehouse robots.

Until recently, handling delicate products required a human touch. The flexibility and dexterity of Soft Robotics' new modular collaborative robot gripper kit changes that.

Wondering whether automated guided vehicles (AGVs) are the right solution for your material handling problem? These 5 questions will help.