Modern Tiered Slatted Vase / Modular Tall Planter 3D model thumbnail

Modern Tiered Slatted Vase / Modular Tall Planter

by PanBojda · via Thingiverse
Format3MF
CategoryHome
LicenseCC BY-SA
UploadedMar 12, 2026
⬇ 13 downloads ❤ 1 likes 👁 13 views

Description

Expand your modern home decor with this stunning two-tiered slatted vase. Building on our popular "Japandi" slatted design, this tall geometric piece features overlapping curved panels that create a beautiful architectural silhouette. Perfect for dried flowers, tall pampas grass, or simply as a standalone sculptural centerpiece! To give you the best printing experience, this download includes TWO versions: Version 1: The Modular (Multi-Color) Vase: Get highly creative with your color combinations! Print the sturdy inner core and the outer slatted panels separately. You can mix and match colors for the top and bottom tiers to match your exact interior style—all without needing an AMS/MMU system! The panels simply slide into place. Version 2: The All-In-One (Solid) Vase: Want a quick, sleek, single-color print? Use the merged version! The core and the slatted walls are combined into one solid object. Just slice and print. Printing Tips: Supports: No supports needed! Both the modular core and the panels are fully optimized for easy FDM printing. Orientation (Modular): Print the outer panels laying flat on their backs for the smoothest surface finish and maximum strength. Print the inner core upright Waterproofing: If you plan to put real plants and water inside the core, please use 3 to 4 perimeters (walls) and slightly increase your extrusion multiplier to ensure it is 100% watertight. (PETG is recommended over PLA for holding water).
3D Modular Systems Autodesk Fusion 360 decor Decoration easy easy print easy to print easyprint flower vase free fusion fusion 360 fusion360 home decor madewithfusion360 modern Modern art modern design modular modular mount Multicolour Multicoloured new no support no supports nosupport supportless vase vase mode vases

Originally published on Thingiverse