text: the cutting board apparatus of the present disclosure includes a cutting plate or member and a food particle catch or tray for accumulating vegetable and meat scraps , freshly diced food products , or juices from carved meats and the like . with initial reference to fig1 - 2 , the cutting board apparatus of the present disclosure is illustrated . cutting board apparatus 100 includes cutting plate or board 102 defining longitudinal axis “ k ” and vertical axis “ v ”, and particle collecting tray 104 which is releasably mounted to the plate 102 . cutting plate 102 includes first cutting surface 106 which may be particularly adapted for cutting meats or other food substances capable of producing a liquid or fluid when severed or cut . first cutting surface 106 may be substantially planar and may include a small , e . g ., fluid capturing recess or routing 108 ( e . g ., ⅛ inch in width ) around at least a section of the perimeter . in the alternative , first cutting surface may include surface segments 107 tapering inwardly relative to longitudinal axis “ k ” as depicted in fig1 a . fluid capturing recess or routing 108 may be disposed adjacent three edges of the perimeter of cutting plate 102 to encapsulate and capture the released fluid and direct the fluid to collecting tray 104 thereby preventing seepage of the fluid beyond the perimeter of the cutting plate 102 . additional centrally or internally located fluid capturing recesses 110 may be provided to capture fluids adjacent the center area of first cutting surface 106 and direct the captured fluids into collecting tray 104 . at least two feet 112 may be positioned in two corners on the underside or second surface side 114 of cutting plate 102 to orient first cutting surface 106 at a predefined angle relative to the support surface upon which the cutting apparatus 100 is positioned . this angular relationship will further facilitate drainage of the fluids toward collecting tray 104 . thus , the aforementioned features minimize the potential of the fluids migrating beyond cutting plate 104 and seeping along the support surface , down the front of cabinets or onto the floor etc , and will assist in directing the fluids to collecting tray 104 for subsequent use as a gravy for sliced meat , or for depositing in a pot to be used as an au jus or gravy thickener . cutting plate 102 further includes mounting groove 116 defined within one peripheral edge 118 of the cutting plate , e . g ., adjacent collecting tray 104 . mounting groove 116 assists in releasably securing collecting tray 104 relative to cutting plate 102 as will be discussed hereinbelow . mounting groove 116 extends within cutting plate 102 for a predetermined longitudinal distance “ m ” and along peripheral edge for a transverse length “ b ”. transverse length “ b ” may be the same or less than the transverse length of peripheral edge 118 . referring now to fig3 , in conjunction with fig1 - 2 , second side or cutting surface 114 of cutting plate 102 is depicted . second cutting surface 114 may be substantially planar . second cutting surface 114 may be adapted to support vegetables or other non - fluid producing items and provides a greater working surface than first cutting surface due to the absence of any fluid capturing recesses . second cutting surface 114 is depicted with two feet 112 to orient first cutting surface 106 at a defined angle relative to the support surface or table as previously discussed . in the alternative , second cutting surface 114 may be devoid of feet 112 . referring again to fig1 - 2 , collecting tray 104 will be discussed . collecting tray 104 is generally elongated in shape and has a base 119 and an outer wall or boundary 120 defining internal chamber 122 for collection of fluids , gravy , juices , etc . produced during cutting collecting tray 104 may have a variety of dimensions including , but , not limited , to those outlined herein . collecting tray 104 defines at least one spout 124 adjacent one end of the collecting tray 104 . spout 124 is dimensioned to pour the captured fluid into , e . g ., a pot or cup . first and second spouts 124 , 126 may be provided on respective opposed ends of collecting tray 104 . first and second spouts 124 , 126 provide increased flexibility to the user to distribute the fluid during , e . g ., the cooking process . collecting tray 104 may extend the transverse length of the cutting plate 102 , or may be longer in length . collecting tray 104 includes mounting lip or segment 128 depending outwardly from outer wall 120 adjacent the upper area of the collecting tray 104 . mounting lip 128 is dimensioned to be cooperatively received within mounting groove 116 of cutting plate 102 to releasably mount the collecting tray 104 to the cutting plate 102 . referring now fig4 , collecting tray 104 is depicted in the assembled or mounted condition relative to cutting plate 102 . various means for releasably mounting these components are envisioned . in one embodiment depicted in fig5 a , mounting lip 128 of collecting tray 104 and mounting groove 116 of cutting plate 102 are correspondingly dimensioned to establish an interference or frictional fit between the components to releasably secure the collecting tray to cutting plate 102 . mounting lip 128 and mounting groove 116 each define corresponding longitudinal lengths relative to longitudinal axis “ k ” to ensure that collecting tray 104 will not be inadvertently released from cutting plate 102 during use . in addition , or , in the alternative , as depicted in fig4 b , mounting lip 128 may include locking pawl 130 which cooperatively engages locking detent or shelf 132 adjacent mounting groove 116 to releasably secure the components . locking pawl 130 may rotate about living hinge 134 during insertion and removal of mounting lip 128 within mounting groove 116 to effect corresponding engagement and release of the locking pawl 130 relative to locking detent 132 . as a further alternative , the mounting lip 128 may be positioned beneath the cutting plate 102 and held down in place by the weight of the cutting plate 102 . collecting tray 104 is preferably mounted relative to cutting plate 102 in a manner where the upper surface of collecting tray 104 is flush or below the operative cutting surface 106 , 114 of cutting plate 102 . this will ensure that fluids removed , e . g ., by fluid capturing grooves are directed into internal chamber 122 of collecting tray and / or the sliced particles or scrap may be swept into the collecting tray . in addition , collecting tray 104 may be positioned with respect to support surface “ s ” in a manner where the collecting tray 104 is not supported by the support surface “ s ”, but is supported by the releasable mounting mechanisms discussed hereinabove . ( fig5 a ) during use , collecting tray 104 and cutting plate 102 are assembled with the desired cutting surface 106 , 114 facing upward . apparatus 100 may be manipulated such that collecting tray 104 hangs off the edge of the support surface or counter , i . e ., only supported by the cooperative engagement of mounting tab 128 of the collecting tray 104 and mounting groove 120 of cutting plate 102 . foods substances are severed or cut on the cutting surface 106 , 114 with the fluid and / or severed scraps or cut food particles being directed by the user or into fluid capturing recesses 108 , 110 into the collecting tray 104 . collecting tray 104 may be released from cutting plate 102 . the fluids or food particles may be dispensed directly into the trash or back into a bowl or a pot without stopping to lift the scraps off of the cutting plate 102 , or moving the cutting plate 102 to the stove . in another embodiment depicted in fig6 , collecting tray 104 may include a roll 136 of disposal bags 138 mounted via pin or hinge segments 140 depending from wall 122 of the collecting tray 102 . roll 136 may be adapted for rotational movement “ t ” about a pin 142 to permit dispensing of the individual bags 138 . roll 136 would incorporate a plurality of selectively detachable disposal bags 138 which may be individually separated along , e . g ., adjacent score or perforated lines 144 . any means for mounting the roll 136 to the collecting tray 104 are envisioned . disposal bag 138 may be positioned within internal chamber 122 of collecting tray 104 to catch the food components thereby obviating the necessity of cleaning the collecting tray 104 after use . the cutting plate 102 and / or the collecting tray 104 may be made of any suitable material including lexan ™ or food grade plastic and produced in a variety of colors . it will be understood that various modifications and changes in form and detail may be made to the embodiments of the present disclosure without departing from the spirit and scope of the disclosure . therefore , the above description should not be construed as limiting the invention but merely as exemplifications of embodiments thereof . those skilled in the art will envision other modifications within the scope and spirit of the present disclosure as defined by the claims appended hereto .