Winged Sandal Pen Holder 3D Print Model 3D model preview
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About this 3D model

This Winged Sandal Pen Holder is a beautifully sculpted desk accessory that draws inspiration from classical mythology with a flowing sandal design adorned by delicate feathered wings. The piece features a stylized sandal silhouette with sculpted strap detail a graceful arch and two layered feathered wings extending from the heel area in dynamic poses. The interior cavity is sized to hold pens pencils markers and small office tools with a stable wide base to prevent tipping. Every surface has been refined to read clearly with attention to feather rows strap stitching and the smooth sandal sole curves. The geometry has been prepared for reliable slicing on FDM and resin machines with balanced wall thickness so makers of every level can produce satisfying copies. Office workers mythology enthusiasts collectors and gift makers can display the pen holder on desks home offices study rooms or themed shelves featuring classical decor. It pairs beautifully with small bust sculptures laurel wreath ornaments and other Greek inspired pieces. Recommended scale begins at fifteen centimeters in length for a desktop version and can scale up to twenty five centimeters for a feature display. A layer height of 0.12 millimeters captures the feather and strap detail while keeping print time efficient. Tree supports are needed beneath the wing curves and under the arch. Infill of 20 percent gives the holder solid stability so it stays balanced when filled with heavier items. Sanding priming and metallic paint with antique gold bronze and ivory wing accents bring out the classical aesthetic beautifully. Files are provided in OBJ STL and PLY formats for compatibility with all major slicers. Please Note: This STL file may require pre-printing preparation such as support analysis and positioning adjustments. Thickness verification and specific settings for your printer and filament may be needed. Other technical adjustments might be necessary depending on your equipment and printing method.