Abstract: A rolled material storage apparatus configured to receive a plurality of rolls of material and further provide improved loading and unloading thereof. The rolled material storage apparatus includes a frame having a first row of receiving platforms and second row of receiving platforms superposed thereto and further being parallel. A first support rod and a second support rod are coupled to the first row of receiving platforms and a second row of receiving platforms respectively. The receiving platforms are tiltably movable intermediate a first position and a second position. Secured to the receiving platforms is a mounting post configured to engage a portion of a roll of material. A locking member is present on each receiving platform and is operable to lock each platform into its first position. The frame includes wheels and a push member is further included to assist in moving the rolled material storage apparatus.

Abstract: A vinyl roll storage and dispensing apparatus that is operable to receive and store a plurality of vinyl rolls wherein at least two of the vinyl rolls are oriented in axial alignment and vertically stacked. The vinyl roll storage and dispensing apparatus further includes a base platform having a first support member and a second support member being planar in manner wherein the second support member is superposed the first support member and rotatably mounted thereto. A central post member is mounted to the second support member and extends upwards therefrom. A plurality of channels are formed within the central post member. At least two vinyl roll engagement members are present and are operable to receive and retain a vinyl rolls therein. The vinyl roll engagement members are configured to stack at least two vinyl rolls in a vertical orientation.