Bring the beauty of the ocean into your home with this Coral Candle Holder 3D print model. This organic design replicates the intricate branching structure of natural coral formations. creating a stunning functional art piece that holds a standard tealight or votive candle. The coral branches rise upward and outward from a solid base. forming a natural cradle at the center where the candle sits securely. The surface texture is richly detailed with tiny bumps and ridges that mimic real coral polyp structures. Multiple branches intertwine at varying heights. creating interesting shadows and light patterns when the candle is lit. The organic asymmetry of the design ensures that every viewing angle offers a different and interesting silhouette. The base is wide and flat for stable placement on any surface. This candle holder is ideal for bathrooms. bedrooms. and living rooms where a relaxing coastal atmosphere is desired. It pairs beautifully with beach-themed decor. spa settings. and nature-inspired interiors. As a gift. it suits ocean lovers. scuba diving enthusiasts. and anyone who appreciates organic sculptural design. The warm glow of candlelight through the coral branches creates an enchanting ambiance for dinners. baths. and evening relaxation. For 3D printing. use PETG or ABS for heat resistance since this model will be near an open flame. Do not use PLA near candles as it can soften and deform. A layer height of 0.16 to 0.2 mm works well for the coral texture. Use 20 to 25 percent infill for stability and weight. Supports will be needed for the overhanging coral branches. Ensure the candle well is properly sized for your preferred tealight dimensions. At standard scale the holder stands approximately 10 cm tall and 12 cm wide. OBJ. STL. and PLY formats are included for compatibility with all major 3D printers and slicing applications. 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.