I spent about three hours last week just looking at crate options online and somehow ended up more confused than when I started because every product description sounds reasonable until you start trying to map it against what your operation actually needs on a daily basis and then nothing is quite as straightforward as the spec sheet makes it seem. We're setting up a small automotive parts distribution center and the range of what we store goes from tiny fasteners all the way up to reasonably bulky components so finding a container approach that works sensibly across that whole range without requiring fifteen different SKUs of crate is something I'm genuinely struggling with. A friend who runs a similar operation suggested I look for tips for choosing practical storage crates based on workflow rather than just load capacity because she said the mistake most people make is optimizing for how the crates perform when full and completely ignoring what happens to them when they're empty and cycling back through the system. I found an article on uaeautomotive.com that compared stackable and nestable designs and it was the first thing I read that actually addressed the empty return question directly and made me realize that's probably more relevant to our situation than I'd been giving it credit for. We have limited staging space near our loading dock which means empty containers waiting for return trips create a real congestion problem and apparently nestable designs can reduce that footprint significantly which could solve an issue I'd been treating as just an annoying fact of life rather than something with a real solution visit here uaeautomotive.com/stackable-vs-nestable-plastic-crates.