Introduction

This desktop tray is designed based on Chiikawa’s popular character Usagi, primarily for storing eyeglasses, sunglasses, and other everyday small items. Its rounded, cute shape combines practical functionality with decorative appeal.

Design Features

• Accurate Character Representation: The tray fully captures Usagi’s iconic yellow rabbit design, with soft, rounded contours that ensure high recognizability.

• Shallow Tray Structure: The interior features a recessed, flat surface surrounded by raised edges, providing a secure resting place for folded or unfolded eyeglasses to prevent them from slipping off.

• Multifunctional Storage: In addition to eyeglasses, the tray is also suitable for organizing keys, watches, jewelry, AirPods, sticky notes, and other small desk items, making it an ideal daily organizer for entryways or office desks.

• Dimensions: The overall dimensions are 170 × 114 × 68 mm (length × width × height). The internal usable storage area measures approximately 150 × 95 mm with a depth of about 15 mm, accommodating standard-sized eyeglasses.

• Proportional Scaling: The model is designed at full scale, allowing users to print it larger or smaller as needed—when scaling, it is recommended to maintain a level base.

Application Scenarios

• Eyeglass storage on the desk: Ideal for holding everyday prescription glasses, reading glasses, and sunglasses.

• Small-item tray on the bedside table: Perfect for organizing eyeglasses, watches, earphones, charging cables, and more.

• Key tray in the entryway: Convenient for placing keys, loose change, and access cards right upon entering the home.

• A Chiikawa-themed desktop ornament or gift.

Precautions

• This model is a fan-created design; the copyright for the character prototype belongs to the original creator Nagano and related rights holders. Please do not use it for commercial purposes.

• Avoid placing sharp objects inside the tray to prevent scratching the bottom surface.

• When printing at a larger scale, we recommend increasing wall thickness and the number of bottom layers to minimize deformation.