Not unlike every other industry, modern warehousing is constantly changing. The efficiency, durability, and sustainability are just some of the aspects that are undergoing transformations. These changes all combine to optimize operations and reduce costs, and this is changing the game for what were once traditional warehouses. In order to automate warehouses, the way in which a plastic pallet is used needs to be assessed. These pallets have the potential to be the perfect match for modern logistics; however, they need to be used in the most optimal way.
The Rise of Automation in Warehousing
While automation in warehousing is far from being a new concept, advancing technology has forced this automation to go the extra mile. Robotic arms, conveyor belts, and automated guided vehicles are just some of the automated systems that have come in to revolutionize the operation of warehouses. Unprecedented speed, accuracy, and efficiency are just some of the advantages that have come from this automation. This is down to the reduction of human error and labor costs alike. Despite this, for these automated systems to be effective, they need to be compatible with the pallets they’re handling.
Why Plastic Pallets?
Traditional pallets are made from wood; however, plastic has entered the scene as a superior material. This is because it’s lightweight, durable, and resistant to moisture, chemicals, and pests. Naturally, this means that they’re great for the rigorous demands of automated systems. In contrast, wooden pallets are prone to splintering, cracking, and degrading with time. Since plastic pallets maintain their integrity, they promise smooth and reliable operation in automated environments.
Enhancing Automation with Plastic Pallets
Uniformity and Precision
Perhaps the number one advantage of plastic pallets is their uniformity. Since wood is a natural material, it can vary in size and shape, and this size and shape can even change with time. With plastic pallets, though, they’re manufactured to exact specifications. Automated systems require uniformity if they’re to avoid jams and errors. For instance, robotic arms and conveyor systems can more easily grip and move plastic pallets without the need for adjustments or recalibration.
Durability and Longevity
Plastic pallets are built to withstand the wear and tear of automated systems, as they don’t splinter or crack under pressure. This is essential for maintaining the efficiency of automated processes. With durability comes longer lifespans, which reduces the frequency of pallet replacements and lowers overall costs. Similarly, plastic pallets are easily recycled and reused, which makes it easier to adhere to sustainable practices.
Hygiene and Safety
Food and pharmaceuticals are just two of the industries in which hygiene is essential. Plastic pallets are superior when it comes to hygiene, as they’re easily cleaned and sanitized, which isn’t the case with wooden pallets. Instead, wooden pallets can harbor bacteria and contaminants. This isn’t the case for plastic pallets, as these have a non-porous surface that can be thoroughly cleaned to meet even the most stringent of hygiene standards. Similarly, plastic pallets eliminate the need for nails and splinters, which makes them safer for human workers and automated machinery alike.
RFID Integration
Radio Frequency Identification technology is a key player in tracking and managing inventory for modern warehouses. Fortunately, plastic pallets can be easily embedded with RFID tags, which enables real-time tracking and data collection. From this integration comes seamless inventory management, as the products can be accurately tracked through the supply chain. Via the combination of plastic pallets and RFID technology, we’re able to enhance visibility, efficiency, and accuracy in warehousing operations.
So, this is why plastic pallets and automation go hand in hand.
