Bucket Bag Vase STL File – 3D Printable Vase with String Holes | Modern Decorative Design

Elevate your space with this Bucket Bag Vase STL File, a modern and eye-catching 3D printable design that blends fashion-inspired aesthetics with functional décor. Styled after a trendy bucket bag silhouette, this unique vase features elegant string holes that allow you to customize the look with cord, twine, or decorative string for a personalized touch. Whether you're decorating your home, office, or creating standout pieces for your shop, this design brings a fresh, contemporary vibe to any setting.

Crafted with both beauty and practicality in mind, this vase is watertight, making it perfect for fresh flowers, dried arrangements, or even as a standalone statement piece. The compact yet impactful size—Length: 116.3mm, Width: 98.33mm, Height: 107.49mm—makes it ideal for shelves, desks, coffee tables, or gifting. The vase opening measures 3" x 1.5", providing just the right space for small bouquets or minimalist floral displays.

This 3D printable vase STL file is optimized for smooth printing and clean lines, making it suitable for a variety of materials such as PLA, PETG, or other filament types. Perfect for makers, crafters, and small business owners, this design offers versatility, style, and a modern edge that stands out in any collection. Download, print, and create a stunning décor piece that’s Truley Unique.

✨ Interactive 3D Preview Available!
Explore every angle before you print:
👉 https://skfb.ly/pIQNp

🖨️ Print‑Friendly Design
- Supports PLA, PETG, ABS, and similar materials
- No supports required for most printers
- Strong, ergonomic grip
- Smooth interior walls for easy can insertion and removal

💡 Perfect For
Everyday use
Outdoor events
Gifts for friends and family
Craft fairs and vendor booths
Customizing with your own colors or brand themes

✔ Licensing:  
You are welcome to sell physical 3D‑printed items made from this file.
You may not share, sell, redistribute, or otherwise distribute the STL file itself in any form.