Organic Lattice Planter

ORGANIC FLOW LATTICE PLANTER

A modern sculptural planter featuring an integrated organic lattice
structure and a separate asymmetrical drainage tray.

The planter has been designed for FDM 3D printing and is suitable for
succulents, small indoor plants, artificial plants, and contemporary
home décor.

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FILES INCLUDED
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• Organic Flow Lattice Planter – STL
• Organic Flow Drainage Tray – STL
• Ready-to-slice 3MF project, if included
• Printing instructions

Main planter dimensions:

138 × 131 × 122 mm

All files are supplied in millimeters.

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RECOMMENDED MATERIALS
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Best overall material:
• Matte PLA

For regular watering and improved moisture resistance:
• PETG

For a natural decorative appearance:
• Wood-filled PLA
• A 0.6 mm nozzle is recommended for wood-filled filament

Recommended color combinations:

• Charcoal planter with a light gray tray
• Terracotta planter with a matte black tray
• Sand beige planter with an ivory tray
• Olive green planter with a warm gray tray
• Full matte white

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PRINT INSTRUCTIONS
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Printer type:
FDM / FFF

Recommended starting settings:

• Nozzle: 0.4 mm
• Layer height: 0.16–0.20 mm
• Wall loops: 3–4
• Infill: 10–15%
• Infill pattern: Gyroid or Adaptive Cubic
• Top layers: 4–5
• Bottom layers: 5–6
• Brim: Optional, 5–8 mm if additional adhesion is required
• Orientation: Print both parts upright on their flat bases

Supports:

Start without supports and carefully inspect the sliced preview.
If your slicer detects isolated overhangs, use organic or tree supports
from the build plate only.

For best results, use dry and calibrated filament and make sure the
build plate is clean before printing.

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SCALING
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The model may be scaled to your preferred size.

The planter and drainage tray must always be scaled by the exact same
percentage.

Scaling below 80% is not recommended unless the lattice thickness and
wall thickness are verified in the slicer.

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IMPORTANT NOTES
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Print results may vary depending on the printer, filament, orientation,
slicer profile, and calibration.

The drainage tray is designed to collect excess water, but watertightness
is not guaranteed with standard FDM printing.