Machinery & Heavy Equipment Packaging
Steel-edged plywood boxes carry the weight and the point loads that industrial machinery puts on export packaging.
Applications
Wood packaging, specified by what is inside the box
Wooden packaging is driven by the load, the handling route and the destination rather than by a generic size chart. These 6 pages set out what each of those means for the fastening, steel-edge forming and pressing stages.
Automotive Components
Dense, high-value parts need packaging that holds its shape through multi-leg logistics.
Electronics & Battery Packaging
Lithium battery and electronics exports need packaging that is documented, consistent and sealed.
Logistics & Reusable Packaging
Returnable and knock-down plywood boxes cut packaging cost across repeated shipments.
Electrical Equipment & Switchgear Packaging
Switchgear, control cabinets and motors ship as heavy, top-heavy assemblies that have to arrive dry, square and unmoved.
Crating Services
What a crating operation needs in order to make its own boxes: the three production stages, the floor space they take and the constructions they can offer.
How the load decides the wooden packaging
Two boxes can look identical and behave differently, because what separates them is not the outline but the load path. A machine standing on four feet delivers its whole mass into a small area of the base; a cabinet delivers it into a frame behind a thin steel skin; a pallet-load of components delivers it evenly across the floor. Wooden packaging that ignores that difference is designed against a drawing rather than against a load.
The load path also decides which failure you will see first. Point loads crush the base. High centres of gravity rack the box square. Repeated handling opens corners. Each of those is answered by a different part of the construction, and none of them is answered by making the panel thicker everywhere.
What decides the specification, in order
The first input is the mass and how it reaches the floor. The second is the handling route: how many times the box is lifted, by what, and whether it is stacked on the way. The third is the destination, because moisture, distance and the phytosanitary position of the panel material all change what the box has to be.
Only after those three does the machine configuration become a question. Panel thickness, edge treatment and fastening pattern follow from the answers; choosing the equipment first is how a producer ends up with a line that cannot make the box the customer asked for.
Where wooden packaging is the wrong answer
Wooden packaging is not universal. Where the goods are small, light and uniform, a corrugated or plastic container is cheaper and adequate. Where the shipment is a single oversized item that will never repeat, a one-off crate built on site is often more sensible than designing for production.
The case for a panel-built plywood box starts when the boxes repeat, when the goods are heavy or awkward, and when the failure of a box has a cost beyond the box itself. That is the point at which a drawing, a joint pattern and a repeatable edge stop being overhead and start being the product.
Tell us what the box has to carry
Weight, handling route and destination port are enough for us to recommend a box construction and the production stages it needs.