Industrial Component Boxes.

BC double wall gives the box enough compression strength to sit at the bottom of a full pallet without the lower tiers crushing. Machined parts are dense, and a single wall carton that bows under load throws off the fixed orientation that line-side staff and pick-and-place equipment depend on.

We specify the grade from edge crush strength, which governs palletised stacking. Dense, concentrated loads also get a full overlap base, where the bottom flaps run the whole width of the box. For lighter parts we drop to B-flute single wall.

A VCI liner gives off a vapour corrosion inhibitor that settles on exposed metal inside the closed box and slows rust without any oil or coating on the part. Parts come out clean and can go straight to the line.

We'd specify one for any bare machined surface. On sea freight it's standard practice, since weeks in a humid container are a common reason for scrapped stock on arrival.

Yes, a foam or moulded pulp insert can seat each part in the same position and the same way up in every box. A robot or an operator reaching in expects the part at a set angle, and the insert also keeps precision surfaces from touching each other or the carton wall.

Count accuracy gets easier too. An empty cavity shows at a glance before the box leaves packing, so a short count is caught at your end instead of stopping a line.

Most industrial supply ships in unprinted kraft, with the marking doing the real work. We print the part number oversized and high contrast on several faces so it reads from a rack at any angle, plus handling symbols for weight and orientation.

A single flexo colour covers a logo if you want one. We also lay out blank zones for batch and lot data applied at packing, and a data matrix area sized to scan reliably in warehouse light. Decorative print isn't something we'd spend your money on here.

We work out the inside length, width and depth needed to hold the part plus its insert, then build the box to those internal dimensions. Common sizes in this range run from about 6 by 4 by 3 inches up to 12 by 9 by 6 inches, though most orders are cut to the part.

If you pack a set count per box, send a drawing or a sample part with the count, and we'll lay it out so the carton fills without voids that let parts shift.

The minimum run for component boxes is 500. Pricing is tiered, and the unit cost steps down once an order passes 1,000, which is where a lot of line-supply programmes settle.

Runs go as high as 100,000 for high-volume parts. If you only need a few boxes to trial on the line first, a pre-production sample is a better route than a short run.

Standard production is 7 to 10 business days from spec sign-off, and a rush slot brings that down to 5 to 7. A physical sample takes 5 to 7 business days, which gives you time to run it through the actual packing and unloading step before committing.

We credit the sample fee against the bulk order, so checking insert position and fit on your own line doesn't add to the job once you go ahead.

Returnable boxes pay off where volumes are high and the same route runs back and forth between a supplier and one plant. For one-way shipments and export, a single-trip corrugated box with a VCI liner is simpler to manage and cheaper over a year.

Single-trip corrugated goes into the plant's normal cardboard recycling after unpacking. Tell us your volumes and route, and we'll say which way we'd lean for your parts.