Microplate and methods for making the same
A microplate ( 10 ) includes a carrier ( 12 ) having a plate ( 20 ) and an annular perimeter wall ( 30 ) to define a recess ( 34 ). An array of holes ( 26 ) extends through the plate ( 20 ). A tape piece ( 16 ), die cut from a flexible tape ( 60 ) includes an array of wells ( 54 ) each extending through and having an opening ( 56 ) extending into the well ( 54 ). The array of wells ( 54 ) has a number and locations corresponding to the array of holes ( 26 ). The openings ( 56 ) have sizes corresponding to the holes ( 26 ). An upper surface ( 50 ) of the tape piece ( 16 ) is abutted with and bonded to the bottom face ( 24 ) of the plate ( 20 ) with the openings ( 56 ) corresponding to the array of holes ( 26 ). The slideable receipt of an annular outer periphery ( 58 ) of the tape piece ( 16 ) insures that the array of wells ( 54 ) are aligned to correspond to the array of holes ( 26 ) as die cutting of tape piece ( 16 ) insures that the array of wells ( 54 ) are at consistent positions relative to the annular outer periphery ( 58 ).
1. A microplate comprising, in combination:
a carrier including a plate having a top face, a bottom face spaced from the top face in a first direction, and an array of holes extending from the top face; and
a tape piece including an upper surface and a lower surface spaced a thickness from the upper surface in the first direction, with the tape piece further including an array of wells each integrally extending in the first direction away from the upper and lower surfaces and each having an opening extending from the upper surface into the well and an integral bottom spaced from the opening, with the array of wells having a number and locations corresponding to the array of holes of the plate, with the upper surface bonded to-the bottom face of the plate, with the openings of the array of wells corresponding to the array of holes of the plate, with the carrier formed of material more rigid than material forming the tape piece;
wherein the tape piece further includes an annular outer periphery extending between and perpendicular to the upper and lower surfaces, and
wherein the carrier further includes an annular perimeter wall extending from the plate in a direction perpendicular to the top and bottom faces, with the annular perimeter wall including an annular inner face defining a recess of the carrier with the bottom face of the plate, with the annular inner face abutting the annular outer periphery of the tape piece.
2. The microplate as claimed in claim 1 , with the annular perimeter wall including a lower edge having a perimeter and a spacing to the top face larger than to the bottom face, with the carrier further including a lip extending along the perimeter of the lower edge, with the lip including a first section parallel to and spaced from the top and bottom faces in the first direction, with the lip further including a second section perpendicular to and spaced from the top and bottom faces in the first direction, and with the second-section being spaced from the top and bottom faces in a second direction perpendicular to the first direction.
3. The microplate as claimed in claim 2 , with the tape piece having a thickness between the upper and lower surfaces providing flexibility to allow rolling, with the plate having a thickness between the top and bottom faces sufficient to resist flexing.