The Material Handling Blog

Manually unloading pallets is a time-intensive, repetitive process that can lead to physical strains for operators and job dissatisfaction. Moreso, unintentional human errors can result in miscounts, misplacement and bottlenecks. The process of removing product from a pallet can be automated through the use of industrial robotics, in a process is called robotic depalletizing.

In the ever-evolving world of automation, selecting the right robotic system for your application can significantly impact efficiency, precision and overall productivity. Among the multitude of options available, articulated robots and gantry robots are two popular choices. While both have their unique advantages, there are several compelling reasons why articulated robots often stand out as the superior choice for many industrial applications.

Most manufacturers are well aware that manual palletizing is no easy job. Awkward movements, repetitive motions and production requirements make for a challenging process that is difficult to keep staffed. Throw in the requirement that handled products are +50lb bags – which can be unwieldly and hard to hold and balance – and a difficult job to staff becomes a close to impossible. This is a well-known challenge for any manufacturers that handle bags, totes or oddly shaped items like tires. The geometry of an item can pose a challenge just like weight and size. Robotic bag palletizing is a tried-and-true automation solution that allows for the reallocation of your staff to avoid costly on-the-job injuries and increased job satisfaction. The automation will also result in higher line uptimes and greater throughputs to be handled.

Automation is not merely a buzzword; it's a transformative force reshaping the landscape of warehouse operations and logistics management. By harnessing the power of advanced automation technologies such as AS/RS systems, conveyor and sortation systems, robotics, GTP (goods to person), artificial intelligence, and data analytics, are streamlining their logistics processes like never before. From inventory management to order fulfilment, automation is revolutionizing every aspect of warehouse operations, driving efficiency, accuracy and agility.

Does your facility have labor intensive, ergonomically challenging or repetitive operations that involve breaking down a pallet load? If so, robotic depalletizing could be a solution to help eliminate ergonomic strain, lower operating costs and allow for the reallocation of labor to other tasks within your facility.

In the dynamic warehouse operations and logistics industry, a prominent issue consistently arises in corporate discussions and daily floor operations: the challenge of labor shortages and high employee turnover. As supply chain, operations, and production leaders, you know how these labor issues strain daily operations and threaten long-term growth and efficiency. The current scenario presents a stark contrast – while there's a booming demand for logistics and warehouse services, finding and retaining skilled labor to meet this demand has become increasingly more difficult. Frequent turnover amplifies these issues, leading to operational delays, escalating costs, and a decline in employee morale.

In today's rapidly evolving technological landscape, automation has become an integral part of various industries, ranging from manufacturing and logistics to healthcare and transportation. With warehouse and distribution center material handling automation's widespread adoption, ensuring the safety of workers, equipment and the public is of paramount importance. To achieve this, various safety devices are employed to minimize risks and prevent accidents.

Order fulfillment operations play a crucial role in today's fast-paced world, where customers expect their orders to be processed and delivered quickly and accurately. With the increasing demand for seamless and efficient order fulfillment services, businesses are turning to innovative solutions to meet the needs of their customers. One such solution is the use of robotic buffer systems.

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.

The New England area is well known as a center for academics, medicine, and high-tech manufacturing. The concentration of notable academic institutions is a big factor in the concentration of companies providing pharmaceutical and high-tech manufacturing. Each of New England’s leading industries requires unique considerations. For this post, let’s take a look at the pharmaceutical industry, specifically. Examples of pharmaceutical and healthcare companies located in New England include the Thermo Fischer headquarters, 3 R&D sites for Pfizer, multiple facilities for Johnson & Johnson, and a multitude of hospitals such as Massachusetts General Hospital.

Many companies wonder whether robots are safe to implement in their facility. Although an industrial robot will improve the ergonomic conditions in a production area, there is a perception that the robot will create an unsafe work environment. Although industrial robots do contain some potential hazards, they are all preventable as long as workers are well educated on the robotic system and the robotic integrator has fulfilled all job requirements, including proper installation, programming, and risk assessment. Read More >>