Perfect round vase for dried flowers / storage jar for pens

A round vase for dried flowers or even a fine pencil jar. If you want to keep water-demanding flowers in a vase, provide a separate waterproof container inside the vase. The vase is printed as a single strip and therefore full waterproofing cannot be guaranteed.

An elegant vase might remind you of the suction cups for octopus tentacles. The translucent filament gives the dish a shine. The glitter filament adds a spatial touch.

This is available in two sizes, the smaller is 5.5 centimetres in diameter and 8.5 centimetres in height, the larger is 7 centimetres in diameter and 11 centimetres in height.

Inside the vase you can use a light source such as a battery-powered candle.

Please don't use a real candle, the vases are plastic and cannot withstand the heat of the flame!

Materials:

• PLA is made from plant-based biodegradable materials (mainly maize). It cannot withstand hot temperatures, but starts to soften at around 60 degrees Celsius. PETG is a more heat-resistant plastic blend.
• Translucent PLA and PETG are, as their name suggests, translucent. The surface shines beautifully and lets light through.
• Glitter PLA sparkles beautifully. Darker shades may have a slightly different colour when lit from the inside.
• The metallic PLA changes colour when the product is turned. It is ideal for uneven surfaces, where the tinting will show up best.

Treatment:

• Each product is printed for you on order. Minor errors may occur because the product was printed on a home printer, not an industrial printer.
• Treat the product as a handmade product. This product is not moulded, but printed layer by layer.
• The product may be damaged if dropped on the floor.
• If you fill the product with water, or decorative sand, always lift the product from the bottom while supporting it!
• Inside the vase you can use a light source such as a battery-powered candle.
• Please don't use a real candle, the vases are plastic and cannot withstand the heat of the flame!

Products printed under a Creative Commons licence:

https://cults3d.com/en/users/David_Mussaffi