iDesign 10.5-Inch Paulownia Wood Lazy Susan Turntable Organizer for Kitchen Cabinets and Countertop, Natural
RP GROUPS 
Price: ₹1,899 - ₹1,894.00
(as of Apr 14, 2026 03:51:31 UTC – Details)
Sustainability meets storage with the iDesign EcoWood Natural Paulownia Wood Tall 10.5″ Turntable Organizer. This eco-friendly turntable provides efficient rotating storage for kitchen and pantry items in cabinets, on shelves, or in the refrigerator. This versatile spinner is also great for use in the bathroom, bedroom, closet, office, craft room, nursery, or anywhere you need additional organization. The open design ensures that items are always visible and easily accessible, while the taller raised sides prevent them from falling out while turning the organizer. It can also be paired with additional organizers in the EcoWood Collection (sold separately) for modular and customized storage. The sustainably-sourced Paulownia wood construction stands up to every day use, and it is sealed to resist stains, splinters, and warping. The natural finish matches a variety of kitchen and home decor styles. Measuring 10.5″ x 4″ x 10.5″, this multi-purpose lazy susan creates instant organization in compact spaces around the home. With iDesign by InterDesign, you can #LiveSimply every day. At iDesign, we are committed to protecting the future of our planet. We know even the smallest choices can lead to big changes, and we’re committed to making the right choices every day like using recycled materials to create exciting new product lines. Good for you and good for the planet.
KITCHEN TURNTABLE ORGANIZER: Provides efficient rotating storage for kitchen and pantry items in cabinets, on shelves, or in the refrigerator
VERSATILE USES: Great for use in the bathroom, bedroom, closet, office, craft room, nursery, or anywhere you need additional organization as well
MODULAR: Pairs with additional organizers in the EcoWood Collection (sold separately) for modular and customized storage
EFFICIENT SIZE: Measures 10.5″ x 4″ x 10.5″ to create instant organization in compact spaces
