it is imperative to have a surgical instrument storage system which allows very easy access to as well as rapid access to surgical instruments during a case . the surgical instrument holder of this disclosure meets all of the fundamental requirements of sterile surgical technique and packing , while allowing for quicker instrument counts and easier access during the operation or procedure . this in turn , will lead to decreased surgical time , decreased blood loss , and overall improved patient outcomes . with reference to fig1 , shown is a detailed side view of a surgical instrument holder 100 according to various embodiments . the surgical instrument holder 100 comprises at least one grouping 101 of slots 103 , or grooves , adapted to receive and hold in a fixed position handles or other components of various surgical instruments , such as clamps , scalpels , scissors , and other surgical instruments . while the slots 103 are shown as parallel to the lateral axis of the surgical instrument holder 100 , this is merely one example . in another embodiment , the slots 103 may be oriented diagonally . the surgical instrument holder 100 may be formed of a material such as styrofoam or some other hard foam , plastic such as polyethylene , rubber , paper , metal , or another suitable material . in one embodiment , the surgical instrument holder 100 is formed of stainless steel and configured to be sterilized in an autoclave along with any contained surgical instruments in a sterilization tray . the surgical instrument holder 100 may be solid in some embodiments and hollow in other embodiments . if the surgical instrument holder 100 is hollow , it may be preferred to form the surgical instrument holder 100 out of a rigid material , such as plastic or another rigid material . the surgical instrument holder 100 may be distributed as a sterile and disposable unit , or may be reusable and constructed of a material capable of sterilization , e . g ., stainless steel . the surgical instrument holder 100 may also be recyclable in some embodiments . the surgical instrument holder 100 may be packaged as a separate unit or as a part of a surgical package . each grouping 101 of slots 103 may be divided by a plurality of separators 106 . the separators 106 may be formed of the same or different material than the rest of the surgical instrument holder 100 , such as foam , plastic , etc . in one embodiment , each grouping 101 of slots 103 comprises five slots 103 divided by four separators 106 . however , a grouping 101 of slots 103 may comprise some other number or numbers of slots 103 in other embodiments . in one embodiment , a slot 103 is ⅛ inch wide and a separator 106 is 1 / 16 inch wide , though the widths may vary in other embodiments in order to receive instruments of varying widths . additionally , if the surgical instrument holder 100 is constructed out of a foam or other suitable material , slots 103 may be expanded by pressure or cutting out of the material . if the surgical instrument holder 100 is hollow , the slots 103 may be openings into the interior of the hollow surgical instrument holder 100 , or the slots 103 may be bounded by material ( e . g ., of the separators 106 ) along the depth of the slots 103 . in one embodiment , a surgical instrument holder 100 may comprise ten groupings 101 of slots 103 , adapted to receive fifty surgical instruments in total , though the total number of groupings 101 of slots 103 may vary in other embodiments . in various embodiments , each grouping 101 of slots 103 may be separated by a separation distance 109 . as a non - limiting example , the separation distance may be one inch . the separation distance 109 may be selected based on preventing contamination of groups of instruments , the length of the instruments being used , and other factors . by having a grouping 101 of some number of slots 103 , users can easily count the number of instruments in one or multiple groupings 101 . additionally , the order of the instruments stored in the slots 103 of a grouping 101 may be important . moreover , certain types of instruments may be arranged in one grouping 101 versus another grouping 101 . thus , the groupings 101 of slots 103 may be used to maintain logical groupings of instruments if desired . depending on the material of the surgical instrument holder 100 , the surgical instrument holder 100 may be divided into two or more pieces for convenience and grouping ability . the surgical instrument holder 100 may have a first end surface 112 separated from a grouping 101 by an end separation distance 115 of , as a non - limiting example , ½ inch . the first end surface 112 may also be associated with a height 117 . as a non - limiting example , the height 117 may be 1 and ¼ inches . the surgical instrument holder 100 may have a base surface 120 and a top surface 123 . in various embodiments , the base surface 120 may have an adhesive backing , suction mechanism , or another securing mechanism used to secure the surgical instrument holder 100 to a table surface . a securing mechanism such as an adhesive backing may be needed , for example , if the surgical instrument holder 100 is constructed of a lightweight material . referring next to fig2 , shown is a side view of the surgical instrument holder 100 ( fig1 ) according to various embodiments . in particular , the surgical instrument holder 100 has a first end surface 112 ( fig1 ) and a second end surface 126 . as depicted in this non - limiting example , the surgical instrument holder 100 has ten groupings 101 ( fig1 ) of slots 103 ( fig1 ). the overall length of the depicted surgical instrument holder 100 may be , for example , 18 and ¾ inches or longer . fig3 depicts a top view of this example of a surgical instrument holder 100 ( fig1 ). moving now to fig4 , shown is an end view of the surgical instrument holder 100 ( fig1 ) according to various embodiments . the first end surface 112 ( fig1 ) is depicted as a semicircle . in other embodiments , the first end surface 112 may appear as an elongated semi - circle , a semi - ellipse , a polygon , or some other shape . the first end surface 112 is associated with a base width 403 . the second end surface 126 ( fig2 ) may be identical to the first end surface 112 . the first end surface 112 may be perpendicular to the base surface 120 ( fig1 ). turning now to fig5 , depicted is a perspective view of the surgical instrument holder 100 ( fig1 ) according to various embodiments . as illustrated , the surgical instrument holder 100 is adapted to receive surgical instruments in each grouping 101 ( fig1 ) of slots 103 ( fig1 ) and to maintain the surgical instruments in an organized and accessible condition . in various embodiments , the surgical instrument holder 100 may be severable . as non - limiting examples , the surgical instrument holder 100 may be distributed in an extra long form or in a roll form . the surgical instrument holder 100 may be severed by cutting it , for example , with scissors , a knife , or by some other cutting tool . in one embodiment , the surgical instrument holder 100 may be severed by breaking or snapping it . to facilitate severing , the surgical instrument holder 100 may include lines or other indications showing a user where the surgical instrument holder 100 may be cut or broken along a lateral axis into two surgical instrument holders 100 . the surgical instrument holder 100 may be manufactured , for example , with indents or partial cuts to ease breaking or fracturing . in various embodiments , the surgical instrument holder 100 may contain a magnetic strip in order to facilitate secure retention of the surgical instruments contained by the surgical instrument holder . referring next to fig6 , shown is an alternative embodiment of a surgical instrument holder 200 . in contrast to the surgical instrument holder 100 ( fig1 ), the surgical instrument holder 200 includes no slots . however , the surgical instrument holder 200 is formed of a material that is configured to deform under the weight of a surgical instrument 203 or another weight applied thereto . the deformation produces an indentation 206 so as to limit movement of the surgical instrument 203 . at least a portion of the surgical instrument holder 200 may be formed , for example , of a non - rigid foam material . in one embodiment , the material may be non - resilient , resulting in a permanent deformation of the material . in another embodiment , the material may be resilient , resulting in only a temporary deformation of the material . in one embodiment , indications such as lines may be provided on the surgical instrument holder 200 to show proper placement of a surgical instrument 203 or to define logical groupings of surgical instruments 203 . with reference to fig7 , shown is another alternative embodiment of a surgical instrument holder 300 . in contrast to the surgical instrument holder 100 ( fig1 ) and the surgical instrument holder 200 ( fig6 ), the surgical instrument holder 300 has one slot 303 running lengthwise . the slot 303 may be used to retain any number of surgical instruments in a fixed position . it should be emphasized that the above - described embodiments of the present disclosure are merely possible examples of implementations set forth for a clear understanding of the principles of the disclosure . many variations and modifications may be made to the above - described embodiment ( s ) without departing substantially from the spirit and principles of the disclosure . all such modifications and variations are intended to be included herein within the scope of this disclosure and protected by the following claims .
disclosed are various embodiments for holding and organizing surgical instruments in a surgical environment . in one embodiment , a surgical instrument holder comprises an elongated body portion including a plurality of slots . each of the slots may be configured so as to retain a surgical instrument in a fixed position . the elongated body portion may have a base surface configured to contact a table surface .