⭐Precise modeling using SolidWorks

🚀Model Overview

This 3D-printed travel toothbrush storage set ingeniously combines lightweight portability with practical aesthetics, thanks to its innovative “rotating vase mode” printing process. Its exterior features a hexagonal prism shape with vertical striped texture, complemented by soft, fresh macaron color tones, resulting in a clean and streamlined design. Beyond serving as a reliable travel companion for dental health, its refined surface finish and stylish appearance also make it an elegant desk accessory for everyday use.

It fully leverages the unique advantages of 3D printing. The entire set is sliced using “Vase Mode,” with precise calculations and optimized wall thickness settings. This thoughtful approach delivers three key benefits: significantly reduced overall print time, markedly lower filament consumption, and surprisingly robust shell strength even at extremely thin walls—truly achieving “ultra-fast output and ultimate lightness.” Additionally, the top lid incorporates a specially designed array of ventilation holes, which effectively promotes internal air circulation without compromising the seal’s tightness, preventing moisture buildup and eliminating bacterial growth caused by dampness.

It’s the ideal choice for business trips, outdoor camping, gym workouts, and dormitory storage. The interior layout is thoughtfully organized to perfectly accommodate standard adult toothbrushes and small travel-sized tubes of toothpaste. Its compact, ergonomically shaped profile easily fits into backpack side pockets, handbags, or toiletry bags—saving space while providing effective protection against external dust and preventing bristle deformation from compression. Whether you’re rushing through morning commutes or embarking on a lightweight outdoor adventure, this set keeps your oral care essentials neat, hygienic, and readily accessible.

🚀Printing Recommendations

You can print normally using the default settings.

Be sure to enable “Rotating Vase Mode” to ensure the model is printable.

If surface imperfections occur, dry the filament and reduce the wall speed to 40 mm/s.