A drawer assembly having at least one drawer with selectable access, the drawer assembly comprising: at least one drawer housing; a belt having a first opening (222; 452); a drawer unit which is slidable within the drawer housing, the drawer unit including walls (230, 430) that form a drawer unit interior (232; 422) with individual compartments (234; 422), wherein the belt is moveable relative to the drawer unit such that the belt provides a closure for the drawer unit, and the first opening (222; 452) is movable to provide access to a portion of the drawer interior (230, 424); an electric actuator coupled to the belt; and a controller coupled to the actuator to control movement of the first opening (222; 452) relative to the drawer interior (232; 422) in response to signals generated from a user interface, wherein the electric actuator is an electric motor coupled to selectively move the first opening (222; 452) relative to the compartments (234; 422) in response to the controller, wherein the controller is configured to control the electric actuator to cause movement of the belt between: a first position in which the belt blocks access to a first compartment and the first opening allows access to a second compartment; a second position in which the belt allows access to the first compartment and forms a closure with the second compartment; and a third position in which the belt forms a closure with both the first and second compartments wherein the belt includes a second opening larger than the first opening, the compartments (234; 422) having sizes which correspond to the sizes of the first and second openings (452, 450), and the controller is configured to actuate the electric motor to align the first and second openings (452, 450) with the compartments (234; 422) to permit selected access to the compartments (234; 422). at least one drawer housing; a belt having a first opening (222; 452); a drawer unit which is slidable within the drawer housing, the drawer unit including walls (230, 430) that form a drawer unit interior (232; 422) with individual compartments (234; 422), wherein the belt is moveable relative to the drawer unit such that the belt provides a closure for the drawer unit, and the first opening (222; 452) is movable to provide access to a portion of the drawer interior (230, 424); an electric actuator coupled to the belt; and a controller coupled to the actuator to control movement of the first opening (222; 452) relative to the drawer interior (232; 422) in response to signals generated from a user interface, wherein the electric actuator is an electric motor coupled to selectively move the first opening (222; 452) relative to the compartments (234; 422) in response to the controller, wherein the controller is configured to control the electric actuator to cause movement of the belt between: a first position in which the belt blocks access to a first compartment and the first opening allows access to a second compartment; a second position in which the belt allows access to the first compartment and forms a closure with the second compartment; and a third position in which the belt forms a closure with both the first and second compartments a first position in which the belt blocks access to a first compartment and the first opening allows access to a second compartment; a second position in which the belt allows access to the first compartment and forms a closure with the second compartment; and a third position in which the belt forms a closure with both the first and second compartments wherein the belt includes a second opening larger than the first opening, the compartments (234; 422) having sizes which correspond to the sizes of the first and second openings (452, 450), and the controller is configured to actuate the electric motor to align the first and second openings (452, 450) with the compartments (234; 422) to permit selected access to the compartments (234; 422).