Every year, businesses lose billions of dollars due to goods being damaged during transit. While the quality of the product itself is paramount, the way it is secured for shipment is equally critical. If a pallet shifts, topples, or is exposed to moisture during its journey, the financial loss falls squarely on the manufacturer or distributor. This is where the choice of packaging material becomes a vital operational decision.

Every year, businesses lose significant revenue due to goods damaged in transit. While sturdy packaging plays a role, the stability of the pallet itself is often the culprit. If your warehouse relies on manual labor to secure shipments, you might be facing inconsistent wrapping tension, wasted materials, and higher labor costs.

In logistics and warehousing, the integrity of your shipments can make or break your bottom line. Every year, companies lose millions of dollars due to damaged goods during transit—a problem often traced back to inadequate packaging. At the heart of this issue lies a simple yet critical component: the stretch film.

Shipping products is the final, critical step in the manufacturing and logistics chain. After hours of production and quality control, the last thing any business wants is for their goods to arrive damaged because the pallet wasn't secured properly. This is where pallet wrapping comes into play. While smaller operations might rely on manual labor to wrap pallets, growing businesses almost always turn to automation.

If you look around your home or workplace, you will likely see dozens of items created using a process called extrusion. From the PVC pipes in your walls to the plastic film wrapping your food, extrusion machines are the silent workhorses behind countless everyday products. But what exactly is an extrusion machine, and how does it work?

Plastic film is everywhere. From the clear wrap preserving your leftovers to the sturdy bags carrying your groceries and the protective layers on medical devices, it is a material that shapes modern convenience. But how does a pile of plastic pellets transform into a continuous, thin, flexible sheet? The answer lies in a manufacturing process called plastic film extrusion.