Hexagon Utensil Holder – Kitchen Organizer for Spoons, Spatulas, Cooking Tools, & Cutlery

Bring modern style and organization to your kitchen with this Hexagon Utensil Holder. Designed with clean lines and a unique six-sided shape, this utensil caddy is both functional and eye-catching. Measuring 5.4" wide x 6.25" long x 4.75" high, it’s the perfect size to keep your most-used cooking tools close at hand without taking up too much counter space.

The holder features four divided compartments—two larger and two smaller—making it easy to sort and store utensils of different sizes. From plastic ladles and wooden spoons to spatulas, whisks, and tongs, this organizer keeps your essentials neat, tidy, and within reach.

Whether you’re looking to upgrade your own kitchen setup or gift a practical and stylish piece to a friend or loved one, this utensil holder is a versatile choice. Its modern hexagon design adds a touch of charm while keeping your space organized.

✨ Why you’ll love it:
- Unique hexagon shape with six sides
- Four compartments for easy organization
- Compact but roomy enough for everyday utensils
- Great for spoons, spatulas, ladles, whisks & more
- Adds a modern, stylish touch to any kitchen

Perfect for home chefs, newlyweds, housewarming gifts, or anyone who appreciates functional kitchen decor.

This item is individually crafted by me using precision printing, where I serve as the production partner, transforming a licensed digital design—sourced from a creator offering commercial-use permissions—into a tangible, high-quality physical product. By calibrating print parameters, selecting optimal materials, and ensuring consistent quality control, I bring this model to life as a finished good.

Designed by cartyski.  Licensed under Creative Commons (International License).  https://www.printables.com/model/719037-hexagon-utensilcutlery-holder

Disclaimer: As with all 3D printed products, some visible artifacts such as layer lines, tiny gaps, small bumps, or stringing may appear. These are normal results of the 3D printing process.