Glued Corner Tray and Corrugated Cap

Yes, but it is slow and requires a physical fixture to hold the corners perfectly square while hot-melt glue sets or stitches are applied. It is not a tool-free folding tray.

Not always. If the design uses straight corner flaps and slots, it can often be prepared with simple straight cuts. Adding hand-holes or angled flaps requires shaped cutting.

Not on its own. It is an open-topped tray. To ship through a courier network, it must be placed inside a master carton or paired with a matching base to form a fully enclosed telescopic box.

Material efficiency. A roll-over tray uses much more corrugated board to create its friction locks. If you have the machinery to glue or stitch corners, this tray uses less material.

Yes, but the high spring-back tension of thick double-wall board often challenges standard hot-melt glue. Heavy-duty applications usually switch to corner stitching to ensure the joints hold.

You must provide the exact outer dimensions of the base box it will cover, plus your preferred clearance tolerance, so the internal dimensions of the cap can be adjusted accordingly.

Waxed or coated boards repel standard hot-melt glue. For these applications, the corners must be pneumatically stitched or stapled to hold the tray together.

You can pair two of these trays together. One acts as the base, and the second is sized slightly larger to slide over the top as a full-depth lid, creating a very rigid, double-wall perimeter.