Abstract: A spice rack is adapted to hold a plurality of spice containers. The rack includes opposing back-to-back rows of compartments, with each compartment having resilient sidewalls for holding at least one spice container. The back-to-back pairs of compartments are integrally formed, with laterally adjacent pairs of compartments having mating edges which couple together. Any number of compartments can be added so that the rack has any desired linear length.

Abstract: A carousel rack assembly is provided with a plurality of carriages coupled together end-to-end for rotation. Each carriage includes a plurality of spice compartments. Adjacent carriages can be coupled in a first position wherein the spice container compartments are aligned or in a second position wherein the spice container compartments are offset. When the compartments are aligned into adjacent carriages, a tall spice container or two short spice containers can be held in the aligned compartments. When the compartments of adjacent carriages are offset, a small spice container can be held in each offset compartment.

Abstract: A spice rack is adapted to hold a plurality of spice containers. The rack includes opposing back-to-back rows of compartments, with each compartment having resilient sidewalls for holding at least one spice container. The back-to-back pairs of compartments are integrally formed, with laterally adjacent pairs of compartments having mating edges which couple together. Any number of compartments can be added so that the rack has any desired linear length.

Abstract: A spice rack is provided for mini spice containers. The rack includes a spindle with a rotatable carriage having multiple rows of container compartments. Each compartment is adapted to hold a single spice container. In one embodiment the rows are offset with respect to one another, so that a person can easily grasp the top and bottom of a container for removal from the compartments, with the upper edges of each row of compartments supporting the containers in the next vertically adjacent row of compartments. In a second embodiment, the compartment is shorter than the container so that a person can grip the upper end of the container for removal from the compartment. The containers snap fit into the opening between the resilient side walls of the compartments.

Abstract: A spice rack is provided for mini spice containers. The rack includes a spindle with a rotatable carriage having multiple rows of container compartments. Each compartment is adapted to hold a single spice container. In one embodiment the rows are offset with respect to one another, so that a person can easily grasp the top and bottom of a container for removal from the compartments, with the upper edges of each row of compartments supporting the containers in the next vertically adjacent row of compartments. In a second embodiment, the compartment is shorter than the container so that a person can grip the upper end of the container for removal from the compartment. The containers snap fit into the opening between the resilient side walls of the compartments.

Abstract: The spice rack of the present invention comprises a rotatable carriage having elongated tracks with opposite ends for frictionally engaging the sidewalls of spice containers so as to grip and hold the containers in the tracks. A plurality of containers can be received in each track. The carriage includes a central tube which is adapted to be rotatably mounted upon a spindle or upon the arms of a paper towel rack. The spindle is supported at opposite ends by boards or plates. In one embodiment, a back wall extends between the end boards so that the carriage can be mounted on a wall in a horizontal or vertical orientation, or be hung beneath a kitchen wall cabinet.