A 3D model of a plant pot with a drip tray, made to your sizes: round, square or hexagonal, with drainage holes

Example result

Example for the Standard packageShow in full

A phone stand with a cable slot for a desk at home

The model from two sides

Seen from above

Size: 80 × 85 × 87 mm, one part, about 122 cm³ of plastic. Files: a ZIP archive with model.stl and model.3mf for printing, model.obj, model.glb, outline.dxf, model.js with the sizes as named numbers (width, angle, channel for the phone) and a README. The README says to print it lying on its side with no supports, at 0.2 mm layers and 15–20% infill, in PLA or PETG.

Client: someone who wanted a stand on their desk for a phone in a thick case. Task: a stand for a phone 12 mm thick with its case, leaning back at 60°, with a lip so it does not slide and a slot for the charging cable; 80 mm wide, printed in one piece.

The client and all details are made up.

About this service

A 3D model of a plant pot and the drip tray it stands in, made to your sizes for 3D printing. The shape is geometric: round, square, hexagonal or tapered, with drainage holes in the bottom, small feet or ribs that let water run out into the tray, and from Standard rounded edges. You give the top and bottom diameter or width, the height and the wall thickness if it matters; if a plastic nursery pot goes inside, give its size too, so it fits with room to spare. You get a ZIP archive with STL and 3MF files, OBJ, GLB, a DXF outline, the code with the sizes at the top, a README with printing advice and pictures from four sides. Whether printed plastic holds water depends on your material and settings, so the tray is not guaranteed to be watertight. No faces, animals or other sculpted shapes, and no lettering. We do not print or ship it.

What is included

• What you getA ZIP archive with model.stl and model.3mf to print, model.obj for 3D editors, model.glb for viewing on the web and in augmented reality, outline.dxf with the outline seen from above, model.js with the pot's sizes as named numbers at the top, a README with printing advice and 4 PNG pictures from four sides. The pot and the tray lie side by side, ready to print separately.
• DrainageHoles in the bottom and feet or ribs so water can run into the tray
• A tray to matchSized to the pot's base from Standard, or alone for a pot you have
• Geometric shapesRound, square, hexagonal, tapered or with straight ribs on the sides
• Room for a nursery potThe inside sized to the plastic pot your plant came in, if you give it
• Printing adviceWhich side down, supports, layer height, infill and material, in the README

How it works

1. 1
   SizesYou send the shape, the pot's sizes and, if any, the nursery pot's sizes
2. 2
   3D modelWe build the 3D model and check that it is a closed solid of the sizes you asked for
3. 3
   CheckYou check the sizes in the pictures and the README and print it
4. 4
   ChangesYou send what to change, with measurements, within your package

What we need from you

The shape you want: round, square, hexagonal or tapered. In mm: the top and bottom diameter or width, the height, and the wall thickness if it matters. If a plastic nursery pot goes inside, its top diameter, bottom diameter and height. How many drainage holes and how big, and how deep the tray should be. Where the pot stands, such as a windowsill of a given depth. The build area of your printer, since pots are often tall, and the material; say if it stands outdoors.

We will ask you:

• Shape and plant
• Sizes in mm
• Does a nursery pot go inside?
• Drainage and tray
• Your printer and material

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Questions and answers

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