the detailed description set forth below in connection with the appended drawings is intended as a description of the presently preferred embodiments of product packages and systems ( herein “ package or package assembly ”) provided in accordance with aspects of the present disclosure and is not intended to represent the only forms in which the present disclosure may be constructed or utilized . the description sets forth the features and the steps for constructing and using the package assembly of the present disclosure in connection with the illustrated embodiments . it is to be understood , however , that the same or equivalent functions and structures may be accomplished by different embodiments that are also intended to be encompassed within the spirit and scope of the disclosure . as denoted elsewhere herein , like element numbers are intended to indicate like or similar elements or features . fig1 is a schematic view of a lidding 10 provided in accordance with aspects of one embodiment . the lidding 10 has a first surface 12 , an opposed second surface 14 , a length l and a width w . the lidding 10 can be made from any suitable natural , synthetic , composite , and laminate materials , including but not limited to paper and board materials ; metals and foils ; or plastics . in a preferred embodiment , the lidding 10 is made from a paperboard material . in one embodiment , the lidding 10 may be made from a prior art material having acceptable thickness or weight , including from paperboard material and from recyclable material . the first surface 12 , the second surface 14 , or both may have printing or art work , such as for describing the contents of the package and / or for providing manufacturer information , among others . fig2 is a schematic view of a blister pack 16 provided in accordance with aspects of one embodiment . the blister pack 16 may be made from a transparent or opaque plastic or other rigid or semi - rigid materials . the blister pack 16 can be made from any suitable natural , synthetic , composite , and laminate materials , including , without limitation , plastics such as cellulose acetate butyrate ( cab ), polystyrene , polyethylene terephthalate ( petg ); polycarbonate ; polyethylene , including pet , pvc , hdpe , and ldpe ; polytetrafloralethylene ; acetal , acrylic and combinations thereof . in some embodiments , the blister pack 16 may be made from a thermoforming process using suitable plastic materials , such as from pet or pvc or other known plastics for thermoforming a blister pack for packaging consumer goods . the plastic material is preferably transparent . however , an opaque or a semi - opaque material may be used without deviating from the spirit and scope of the present disclosure . in another embodiment , the blister pack 16 is made from a vacuum forming process . in yet other embodiments , the blister pack 16 may be formed by injection molding . in alternative embodiments , the blister pack 16 may be formed by other suitable plastic manufacturing processes , including but not limited to blow molding or rotational molding . as shown in fig2 , the blister pack 16 comprises a cavity 18 having a defined volumetric capacity . the cavity 18 can have a rectangular , a square , a cylindrical or any other appropriately shaped container configuration for storing consumer goods with rectangular and square configurations being more preferred . for example , the cavity can have an irregular shape for accommodating an irregular shaped toy . in other embodiments , the cavity 18 is made of several individual cavities . the individual cavities can have different configurations , including but not limited to irregular shape , rectangular shape , square , cylindrical , elliptical or combinations thereof . in some embodiments , the individual cavities are separately formed and assembled into the cavity 18 to form multiple sub - cavities . in one embodiment , the separately formed individual cavities are stacked vertically one on top of another , horizontally one adjacent to another , or combinations thereof . in alternative embodiments , the individual cavities are created by dividing the space within the cavity 18 using , for example , panels or partitions . in some embodiments , the individual cavities are identically sized and shaped . in alternative embodiments , the individual cavities are configured for housing objects of varying sizes and shapes . in some embodiments , the cavity 18 comprises multiple individual cavities , such as cavities 18 a , 18 b . and 18 c for separately housing glasses . in alternatives embodiments , the cavity 18 may comprise a plurality of individual cavities , such as two to ten , or more than ten , configured for housing different consumer goods . the cavity 18 is positioned on the blister pack 16 such that a first gap or distance d 1 is formed between the upper edge of the blister pack and the upper sidewall surface of the cavity 18 ; a second gap or distance d 2 is formed between the lower edge of the blister pack 16 and the lower sidewall surface of the cavity 18 ; and two side gaps or distances d 3 and d 4 are formed between the side edges of the blister pack 16 and the left and right sidewalls of the cavity 18 , respectively . in one example , d 1 equals to d 2 and d 3 equals to d 4 . in other embodiments . d 1 equals to d 2 , which is equal to d 3 , and which is equal to d 4 . in another example , d 1 is not equal to d 2 . as further discussed below , the gaps d 1 - d 4 are sized so that the cavity 18 can project out of a window of an overwrap and fits securely and snugly within the window of the overwrap , as further discussed below . because of the location of the cavity 18 and relative dimensions of the cavity and the window of the overwrap , the blister pack 16 cannot be removed from the overwrap without tempering with the overwrap , such as by cutting the window or opening the tear strip . the blister pack 16 comprises two or more spaced apart channels 20 configured to receive the lidding 10 of fig1 . the channels 20 may be formed by folding the left and right edges of the material used to make the blister pack 16 . fig2 a is an exploded view of an upper left corner of the blister pack 16 of fig2 showing one of the two or more receiving channels 20 . thus , aspect of the present apparatus , assembly , and method is understood to include a blister pack comprising a cavity for receiving a consumer product , such as a toy , an accessory , an electronic component , cards , a video chip , a dvd , etc ., and two spaced apart channels configured for receiving a lidding . in one specific example , the two spaced apart channels are formed by folding two edges of a body of material for forming the blister pack . in another example , the folds are formed along a longer dimension of the body but can be formed along the shorter dimension of the body . if the body of material for forming the blister pack is generally rectangular , then the folds may be formed along any two spaced - apart edges . fig3 is a schematic view of a blister pack assembly 22 , which comprises the lidding 10 of fig1 , the blister pack 16 of fig2 , and one or more consumer products ( not shown ) placed in the cavity 18 of the blister pack . in practice , after the cavity 18 is occupied with one or more consumer products , the lidding 10 is slid into the two spaced apart channels 20 to form the blister pack assembly 22 . in some embodiments , the lidding 10 is held within the two receiving channels 20 by friction or by a third channel formed along the lower width section of the blister pack 16 ( not shown ) between the two spaced apart channels 20 . in alternative embodiments , the lidding 10 may be retained within the two receiving channels 20 by a retainer means , such as a latch , fastener or the like . alternatively or in addition thereto , the lidding 10 may be secured to the blister pack 16 using staples , tapes or combinations thereof . for example , the lidding may be placed against the blister pack and stapled thereto without the channels 20 , although the channels may also be incorporated . in still another example , the lidding and the blister pack may incorporate corresponding snap - fit engagement means , such as detents , tongue and groove , etc . in this example , the lidding may be made from similar material as the blister pack . thus , aspect of the present embodiment is understood to include a method for forming a blister pack assembly , comprising providing a blister pack comprising a cavity for receiving one or more consumer product , and two or more spaced apart channels configured for receiving a lidding ; placing the one or more consumer product within the cavity ; and engaging the lidding into the two or more spaced apart channels to close the blister pack . in an alternative embodiment , a clamshell having a foldable hinge and one or more cavities may be used instead of the disclosed blister pack 16 . if the alternative clamshell is used , then the lidding may be omitted . however , the common edges of the clamshell does not have to be heat sealed before placing the clamshell into an overwrap . leaving the two sections merely touching or using a simple snap - fit arrangement or staples are possible options . fig4 is a schematic view of an overwrap 24 provided in accordance with aspects of the present apparatus , assembly , and method . in one embodiment , the overwrap 24 is made from a chip board , a fiberboard , a film , tyvek ® synthetic material ( e . g ., high - density polyethylene fibers ), a multi - laminate film , other suitable materials , or combinations thereof . the overwrap is preferably made from a difficult to tear or temper material . the overwrap 24 has a front layer 32 , a back layer 34 , which are attached to one another along one or more common peripheral edge , and a package opening 36 that opens up into an interior cavity of the overwrap . in some embodiments , the overwrap 24 comprises an adhesive closure system 26 for closing the package opening 36 after a product has been placed inside . in other embodiments , the package opening 36 may be closed using staples , tapes or combinations thereof . in some embodiments , the opening 36 is sized to receive the blister pack and the overwrap 24 is sized to accommodate the blister pack 16 with the cavity 18 projecting out of the window 30 . in a specific embodiment , the overwrap 24 embodies a similar configuration as a mailer , such as an express mail envelope from the us postal office or a fedex envelope . in another embodiment , the overwrap has a tear strip 28 for removing the blister pack and the contents . in one embodiment , the adhesive closure system 26 and tear strip 28 , when both are incorporated , are located along one lengthwise edge of the overwrap 24 . in another embodiment , the adhesive closure system and tear strip are located along one widthwise edge of the overwrap . the overwrap can be viewed broadly as having an opening and a mechanism for closing the opening after the blister pack has been placed therein . in still other embodiments , the adhesive closure system and tear strip are located along two or more edges of the overwrap , such as along the two lengthwise edges or along one lengthwise edge and one widthwise edge . the overwrap 24 may have printing or indicia identified thereon , such as a logo , product information , product code , bar code , instructions , etc ., for facilitating sales and marketing . as shown , an opening or window 30 is incorporated on the front layer 32 . the window may be die cut to size before securing the front layer 32 to the back layer 34 . for example , the window may be cut with a size sufficient to accommodate the cavity 18 of the blister pack assembly 22 and allow the cavity 18 to project outwardly therefrom , as further discussed below . in an alternative embodiment , a second window ( not shown ) is incorporated on the second layer 34 of the overwrap for accommodating a two - cavity clamshell blister pack . in another example , the window 30 is formed with ribs or spacers so as to form multiple windows for separately accommodating the different cavities on a multi - cavity blister pack , such as that shown in fig3 . in still yet another embodiment , pleats may be incorporated along one or more of the edges of the overwrap 24 , such as along all the edges of the overwrap . the pleats ( not shown ), when incorporated , allow the package opening 36 to be opened sufficiently wider than a comparable overwrap without pleats to receive the blister pack assembly 22 , as further discussed below . also although not shown , a hanging bore or opening ( not shown ) may be incorporated for hanging the overwrap on a hook for displaying , such as on a store shelf . fig5 is a schematic view of a product package system 38 of the present embodiment . the system 38 is formed by placing the blister pack assembly 22 of fig3 through the package opening 36 of the overwrap 24 of fig4 and aligning the two so that the cavity 18 projects out the window 30 . the gaps d 1 , d 2 , d 3 and d 4 surrounding the cavity 18 ( fig2 and 3 ) are thus retained within the upper wall , the lower wall and the two side walls around the window 30 , respectively . the corresponding surfaces of the overwrap and the blister back secure the blister pack assembly 22 within the overwrap 24 . as configured , the blister pack assembly 22 cannot be removed from the overwrap 24 without tempering with the overwrap , such as by cutting the window 30 or opening the tear strip 28 . among other things , once the closure system is closed , the size of the blister pack assembly 22 is physically too large for the only remaining opening 30 to extract the blister pack . where multiple windows are provided , alignment is required to place each rib between each adjacent sub - cavity , such as between cavities 18 a and 18 b . the closure system 26 is then used to enclose the blister pack assembly 22 within the overwrap 24 . fig6 and 7 are front and rear views of the product package system 38 of fig5 , respectively . the blister pack assembly 22 may be removed from the overwrap 24 by pulling on the tear strip 28 to open the package opening 36 and remove the blister pack assembly 22 . once removed , the blister pack assembly 22 can be fully opened by separating the lidding 10 from the blister pack 16 . the lidding 10 can easily be separated from the blister pack 16 by sliding the lidding 10 out of the receiving channels 20 . as described , the consumer product placed within the cavity 18 of the blister pack assembly 22 is accessible without having to cut open the blister pack assembly 22 . furthermore , the ability to fully open the blister pack assembly 22 and to completely remove the lidding 10 from the blister pack 16 facilitates recycling of the various components of the blister pack assembly 22 in that paper and plastic components can easily be sorted and placed in appropriate recycling bins . as understood , an aspect of the present disclosure is a product package system comprising a thermoformed blister pack placed inside an overwrap comprising an adhesive closure system . in another embodiment , a tear strip is provided on the overwrap for removing the blister pack . the present disclosure is further understood to include a lidding for sliding between two spaced apart channels formed on the blister pack before placing the blister pack into the overwrap . in a specific embodiment , a cavity on the blister pack projects out a window incorporated on a front layer , a back layer , or both layers of the overwrap . a still further feature of the present disclosure is a method for making a product package system comprising a clamshell blister pack and for assembling one or more consumer products within the clamshell blister pack without having to heat seal the clamshell blister pack . by not heat sealing the clamshell blister pack , the product package system is less costly and less labor intensive to produce due to the fewer steps . furthermore , the product package system is easier to package and open . still furthermore , recycling is made easier due to the ability to fully open the blister pack and sort between plastic and paper . although limited embodiments of the product package system and its components have been specifically described and illustrated herein , many modifications and variations will be apparent to those skilled in the art . for example , the various components may be made from different materials , different art may be used for product placement and information , such as incorporating different colors , and different sizes may be used for packaging different contents . furthermore , it is understood and contemplated that features specifically discussed for one package and system may be adopted for inclusion with another provided the functions are compatible . accordingly , it is to be understood that the illustrated embodiments have been set forth only for the purposes of examples , and that the embodiments should not be taken as limiting the disclosure as defined by the following claims . the following claims are , therefore , to be read to include not only the combination of elements which are literally set forth , but all equivalent elements for performing substantially the same function in substantially the same way to obtain substantially the same result . the claims are thus to be understood to include those that have been illustrated and described above , those that are conceptually equivalent , and those that incorporate the ideas of the present disclosure .