Mini Drawer Organizer with 7 Lattices, Stackable Transparent Desktop Storage Box for Beads and Crafts

Mini Drawer Organizer with 7 Lattices, Stackable Transparent Desktop Storage Box for Beads and Crafts Description

Mini Drawer Organizer with 7 Lattices Keep small parts tidy and accessible with this versatile mini drawer organizer. Designed for flexible storage, it is suitable for toys, craft supplies, beads, building blocks, and desk accessories. The compact, stackable design adapts as needs change, making it a practical long term storage solution. Key benefits Multi function: Use a single unit for desktop organization or stack multiple units to expand storage capacity and fit different spaces. Creative DIY assembly: Encourages handson assembly and custom configuration, making storage a fun shared activity for parents and children while promoting creativity. Growing companion: Adjustable layout supports changing toy collections and storage needs as a child grows. Durable material: Made from sturdy PP polypropylene for reliable daily use. Easy to assemble: Includes clamp rods and screws for quick, secure setup. Features 7 lattices for organized sorting of small items. Size: 30 cm x 27.5 cm x 16 cm (11.81 inch x 10.83 inch x 6.30 inch). Material: PP polypropylene, designed for long term use. Stackable design enables modular storage arrangements. Package contents 1 Mini drawer storage box 2 Clamp rods 4 Screws Typical use scenarios Toy storage: Organize building blocks, small figurines, and accessory pieces so kids can find and parts easily. Craft and bead organizer: Separate beads, buttons, threads, and small tools for neat, accessible crafting stations. Home office or hobby: Store desk supplies, screws, components, or small electronics parts with clear compartment separation. Assembly and care Simple assembly with the included clamp rods and screws. Components can be reconfigured as storage needs change. Wipe clean with a damp cloth. Avoid exposure to extreme heat. Note Please allow slight measurement differences due to manual measurement and monitor display variations.