a vertical rail retainer 122 see fig3 b affixed to the inner frame 104 ideally the vertical rails 106 are formed through an extrusion process the vertical rails 106 are preferably configured to pivot outwardly sufficient to allow equipment 108 to be inserted past the vertical rail 106 within the inner frame 104 the equipment 108 is slide mounted inboard from the vertical rails 106 such that the vertical rails 106 remain concealed by the front plate 109 of the equipment 108 until the equipment 108 is pulled out to the front of the inner frame 104 the inner frame 104 may be produced to conform to any height or depth in a preferred embodiment the inner frame 104 further allows for a plurality of equipment 108 to be rack mountable and is configured to be universal in accepting all rack mountable electronics 108 fig3 a shows a close up view of a vertical rail 106 and fig3 b shows a close up view of a vertical rail retainer 122 as shown with continuing reference to fig2 the vertical rail 106 is preferably rotatably coupled to the inner frame 104 using the vertical rail retainer 122 of the rack mount case 102 the vertical rails 106 are configured to be rotatable outward to allow equipment with rails to be mounted in the rack mount case and thereafter closed to hold the equipment in place the cylindrical boss 120 is configured to.