Stackable packaging and display system

A stackable packaging and display system, comprising:

• at least two modules each comprising an upwardly open tray for receiving and supporting items for display, and an outer sleeve having said tray slide-fitted therein, said outer sleeve having a front end relieved to expose and display items disposed generally at a front end of said tray;
• said outer sleeve of each of said modules being formed from paperboard to include a bottom panel and a top panel separated along opposite side edges by a pair of side panels;
• said tray of each of said modules being formed from paperboard to include a floor segment bounded along opposite side edges by a pair of upstanding side walls and along opposite end edges by a pair of upstanding end walls, said tray having a size and shape for slide-fit reception into said outer sleeve;
• a support stand for supporting one of said modules in a tilted orientation extending upwardly and rearwardly from said front end thereof, said one of said modules comprising a base module;
• and
• means on each remaining module for interlocking in stacked sequence on said base module in a tilted orientation extending upwardly and rearwardly from said front end thereof, whereby said front ends of said at least two modules are arranged in a substantially vertically stacked array with the display items exposed therein.

A stackable packaging and display system, comprising:

• at least one module comprising an upwardly open tray for receiving and supporting items for display, and an outer sleeve having said tray slide-fitted therein, said outer sleeve having a front end relieved to expose and display items disposed generally at a front end of said tray;
• said outer sleeve being formed from paperboard to include a bottom panel and a top panel separated along opposite side edges by a pair of side panels;
• said tray being formed from paperboard to include a floor segment bounded along opposite side edges by a pair of upstanding side walls and along opposite end edges by a pair of upstanding end walls, said tray having a size and shape for slide-fit reception into said outer sleeve;
• a support stand for supporting said module in a tilted orientation extending upwardly and rearwardly from said front end thereof, said support stand comprising a fold-out leg formed as a portion of said bottom panel to fold downwardly and rearwardly from the plane of said bottom panel, and an anchor bracket formed as a portion of said floor segment to fold downwardly from the plane of said floor segment for interlocking engagement with said fold-out leg;
• and
• flap means on said outer sleeve bottom panel for interlocking engagement with an additional underlying module in a stacked sequence.