Packaging for plates
The disclosure is directed to a package for containing a plurality of substantially rectangular assay plates, each plate having a peripheral flange. In one embodiment, the package comprises a cavity having extending therein one or more sloped buttress elements spaced across at least a portion of a top corner, and one or more adjacent protrusions extending from the bottom and at least partially up one or both sidewalls, each set of protrusions forming grooves therebetween into which fit the flanges of respective assay plates. The package can comprise a transparent polymer through which product information located on the assay plates can be read or scanned.
1. A method of packaging comprising:
assembling an assay plate package, said assay plate package comprising a cavity defined by a top panel comprising peripheral top sidewalls, and an opposed bottom panel comprising peripheral bottom sidewalls;
a plurality of sloped buttress elements extending into the cavity and spaced across at least a portion of an inside edge where the top panel meets a respective top panel sidewall;
a plurality of protrusions extending from respective bottom sidewalls into the cavity with adjacent protrusions of the plurality of protrusions forming a respective groove; and
a stack of nested assay plates, each plate comprising a flange and an assay plate outer side wall, the assay plate outer sidewalls of adjacent flanges each forming a slot, wherein the flange fits into the respective groove, and a sloped surface of one of the sloped buttress elements of the plurality of sloped buttress elements fits into the slot, and wherein the flange of each assay plate is oriented perpendicular to the top panel and the bottom panel;
stacking said assay plate package on at least one other assay plate package which is in a closed position; and
placing said stack into a shipping box.
2. The method of claim 1 , wherein said shipping box is sealed and contains a label .
3. The method of claim 2 , wherein said label comprises a machine readable identifier.
4. The method of claim 3 , wherein said machine readable identifier is scanned into a database for tracking or updating.
5. The method of claim 1 , wherein said assay plate package further comprises one or more complementary protuberances located on the top panel and one or more recesses located on the lower panel, wherein said one or more complementary protuberances and said one or more recesses facilitate stacking of said assay plate package with said at least one other assay plate package.
6. The method of claim 1 , wherein said at least one other assay plate package comprises a cavity defined by a top panel comprising peripheral top sidewalls, and an opposed bottom panel comprising peripheral bottom sidewalls, a plurality of sloped buttress elements extending into the cavity and spaced across at least a portion of an inside edge where the top panel meets a respective top panel sidewall, a plurality of protrusions extending from respective bottom sidewalls into the cavity with adjacent protrusions forming a groove, and a stack of nested assay plates, each plate of said at least one other assay plate package comprises a flange and an assay plate outer side wall, the assay plate outer sidewalls of adjacent flanges each forming a slot, wherein the flange fits into the groove, and a sloped surface of one of the buttress elements of the plurality of sloped surface buttress elements fits into the slot, and wherein the flange of each assay plate of said at least one other assay plate package is oriented perpendicular to the top panel and the bottom panel.
7. The method of claim 6 , wherein said at least one other assay plate package further comprises one or more complementary protuberances located on the top panel of said at least one other assay plate package and one or more recesses located on the lower panel of said at least one other assay plate package.
8. A method of packaging comprising:
assembling an assay plate package, said assay plate package comprising a cavity defined by a top panel comprising peripheral top sidewalls, and an opposed bottom panel comprising peripheral bottom sidewalls;
a plurality of sloped buttress elements extending into the cavity and spaced across at least a portion of an inside edge where the top panel meets a respective top panel sidewall;
a plurality of protrusions extending from respective bottom sidewalls into the cavity with adjacent protrusions of the plurality of protrusions forming a respective groove; and
a stack of nested assay plates, each plate comprising a flange and an assay plate outer side wall, the assay plate outer sidewalls of adjacent flanges each forming a slot, wherein the flange fits into the respective groove, and a sloped surface of one of the sloped buttress elements of the plurality of sloped buttress elements fits into the slot, and wherein the flange of each assay plate is oriented perpendicular to the top panel and the bottom panel;
placing said assay plate package into a shipping box; and
stacking at least one other assay plate package on said closed assay plate package, wherein the at least one other assay plate package is in a closed position.