Bring the ultimate warm weather vibes straight to your room with this beautiful, dimensional Summer Painting designed to hang directly on your wall! Featuring a vibrant tropical scene with a radiant sun, palm trees, cacti, a pineapple, and a classic surfboard leaning against a cloud, this framed relief piece brings a perfect beach escape into your home.

This model is brilliantly engineered as a Multi-Part Assembly. This means you do not need a multi-material system (like AMS or MMU) to achieve this colorful result. Every element—from the textured frame to the individual leaves and tree trunks—is split into separate pieces so you can print them in your favorite filament colors and easily snap them together.

• Wall-Hanging Design: Built with a clean background frame that acts as both the canvas and the mounting plate for the entire scene.
• No AMS Required: Masterfully split by color parts to make multi-color printing simple, clean, and accessible on any standard 3D printer.
• Intricate High-Detail Sculpt: The outer frame features beautiful debossed summer patterns (suns, palm leaves, and cacti) that give it an incredibly premium, artistic finish.
• Perfect Alignment: The backing frame includes precision-engineered slots and keys so that every piece slots exactly where it belongs during assembly.

• Proven Settings Included: I have included a 3MF file containing the exact printing parameters, orientation, and layer configurations that I used to successfully produce the physical print shown in the images. It is entirely plug-and-play!
• Layer Height: 0.16mm to 0.20mm works excellently for the structural backing frame, but 0.12mm is recommended for the detailed pineapple, cacti, and tree leaves to ensure smooth curves.
• Infill: 10% - 15% (Gyroid or Grid pattern).
• Wall Loops: 3 Walls to ensure structural rigidity for the wall mount slots.
• Assembly: Test-fit your printed pieces into their designated slots on the frame canvas. Once satisfied with the alignment, permanently secure them with a few drops of super glue (Cyanoacrylate).