Rev-A-Shelf - 24" Full Circle 2-Shelf Lazy Susan Set in White Polymer - LD-2062-24-11-1

Enhance Your Kitchen Flow with the Compact 24” Full Circle Lazy Susan by Rev-A-Shelf

Transform your cluttered kitchen cabinets into models of efficiency with the Rev-A-Shelf - 24" White Polymer 2-Shelf Full Circle Lazy Susan Set. This Lazy Susan, known for its exceptional build quality, sets the benchmark in Corner Cabinet space utilization. Designed to fit snugly in either Corner Base Cabinets or Corner Lower Cabinets, its ingenious rotating shelf mechanism is a triumph of space-saving design.

Precision-molded from top-tier injection-molded polymer, this sturdy system boasts rotatable shelves that deliver superior strength and stability. Each pivot shelf features a ribbed design ensuring that kitchen essentials, from utensils to pantry items and cooking equipment, are kept safe and accessible. The Full Circle shelves' 24” width optimizes your storage area, enabling you to make the most out of every inch in your corner cabinets.

Featuring a state-of-the-art turntable system, these shelves rotate independently, providing quick and easy access to your most-used kitchen items. Installation is a breeze with the patented snap pin assembly, and the included telescoping shaft, which adjusts from 26" to 31", fits a range of cabinet heights. Moreover, the swiveling trays simplify the task of reaching into those challenging corner spaces.

Rev-A-Shelf's Lazy Susan is more than a series of plastic shelves; it is an advanced organizational unit that turns your corner cabinets into showcases of tidiness and practicality. For a smooth installation, ensure to measure your cabinet size while accounting for any potential obstructions.

Say farewell to kitchen clutter with the Rev-A-Shelf - 24" White Polymer 2-Shelf Full Circle Lazy Susan Set. This storage solution doesn’t just organize; it revolutionizes your kitchen area into a streamlined and efficiently managed space. Embrace the ease of organized storage where everything is conveniently within reach.