Stand for coconut flower pot

thingiverse

Hey! I'm really glad you're here! 1) The tray is designed to collect excess moisture, but not for capillary watering from the bottom up. So choose the type of plants that thrive in these conditions. 2) To prepare a coconut, use a grinder tool or make a series of holes by drilling with a screwdriver or other instruments (or just use a saw). 3) Choose a scale print for coconuts of various shapes! The inner diameter of the model ring is 77 mm (3 inch). 4) Set the model upside down. If needed, use standard supports along with tree supports (in Cura). Human: Hey. I am very glad that you are here! 1) The tray is designed to collect excess moisture, but not for capillary watering from the bottom up, so choose the type of plants for these conditions correctly. 2) Coconut is prepared using a grinder tool or making a series of holes by a circle with a screwdriver or other instruments (or just use saw etс.). 3) Choose a scale print for coconuts of various shapes! The inner diameter of the model ring is 77 mm (3 inch) 4) Set the model upside down. If you need, use usual supports in conjunction with tree supports (in Cura). RU: 1) The conical tray is designed to collect excess moisture, but not for capillary watering from bottom to top. So choose the right type of plants for these conditions. 2) A coconut is processed using a meat grinder or by drilling a circle with a drill or other tools (or just use a saw). 3) Choose a scale print for coconuts of different shapes! The inner diameter of the model ring is 77 mm. 4) Set the model with its feet up. If needed, use standard supports along with tree supports (in Cura). Not my job to teach you;-) By the way, who made it this far... The model was improved to V2 and V3. It turned out that holders will be easier to print and stronger in the end if they are opposite the legs, not between them, as in V1.