3D Printed Geometric Candle Holder - Lattice Design Tea Light Holder | Ambient Halloween Decor | Perfect Gift

Details

Overview: Illuminate your space with this beautifully crafted 3D-printed geometric candle holder, perfect for creating a warm and ambient atmosphere. This intricate lattice-design tea light holder is ideal for Halloween decorations, cozy evenings, or as a stylish year-round accent piece. When lit, the holder casts mesmerizing shadow patterns on the surrounding walls, adding a touch of elegance and mystery to any room.

This unique item also makes a thoughtful gift for anyone who appreciates modern design, home decor, or candles. Whether for a birthday, housewarming, or Halloween celebration, it’s the perfect present.

Features:

Intricate Lattice Design: The geometric patterns are carefully 3D printed to create a stunning light and shadow effect.
Warm Ambient Lighting: Ideal for cozy nights, Halloween parties, or seasonal decor.
Versatile Usage: Use with tea lights, LED candles, or small battery-powered lights to enhance the effect.
Unique Home Decor: Perfect for your living room, bedroom, or as a centerpiece for your Halloween table setting.
Gift-Ready: A beautiful and thoughtful gift idea for candle lovers, home decor enthusiasts, or as a housewarming present.
Materials:

3D printed using high-quality PLA filament, an eco-friendly plastic derived from renewable resources.
Size:

Diameter: Approx. 4 inches (10 cm)
Height: Approx. 3 inches (7.6 cm)
Ideal for:

Halloween Decor: A great way to enhance the spooky yet cozy ambiance for your seasonal decorations.
Gifts: A unique and thoughtful gift for candle lovers, home decor enthusiasts, or Halloween lovers.
Occasions: Halloween parties, autumn home decor, cozy evenings, special dinners, and gift-giving occasions.
How to Use: Simply place a small tea light, LED light, or battery-operated candle inside to create a stunning shadow effect. (Candle not included)

Care Instructions:

For best results, use with flameless or LED candles to avoid overheating the material.
Keep away from direct flames and excessive heat.