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FOR PLA_&_0.8mm_NOZZLE_FLOATING_01.gcode 573.5 KB
August 25, 2026

Floating Test print for a 0.8mm nozzle with PLA

Hey everyone,

No video today, just posting the .gcode file for this one!

This was actually one of my early prints designed to test the limits of overhangs and non-planar prints. I just ran a test print to double-check that it's the correct file I printed a few months ago. Here's the result using considerably humid PLA.

A few quick notes before you print:

  • Hardware: You need a 0.8mm nozzle, and it needs to be printed in PLA (I tested this on a P1S it should work on other newer machines, o)

  • How to print? Because this is a pre-sliced .gcode file, it already contains all the instructions the printer needs. The easiest way to print this is to save the file directly to your printer's SD card or USB drive and launch it from the printer's screen.

  • The First Layer: The first layer and specially the branch that holds the sphere has a deliberately high flow rate. It might look like the PLA is piling up and over-extruding, that's just to make sure the base structure holds strong throughout, that said keep an eye as it prints the first layer and the vertical part, my printer seems to handle it well but older machines might struggle with that part and I could imagine It could clog older machines.

  • The Overhangs: The small bulge should print perfectly. The larger ones, however, are where it really tests the limits. This is where you get extreme overhangs, even the nozzle moving downwards.

Anyways, this is just a fun test print, so I hope you enjoy it! But yeah, make sure you are close by while it is printing the first layer spiral and the thick branch that holds the structure. You want to keep an eye on it to avoid possible nozzle clogging.

Backstory

After testing The Slicer Method, which is a quick and basic way to generate weave textures for 3d printing using Grasshopper, I wanted to dive into custom GCode and document the process.

Series 01 condenses a months-long project into a 2-hour video series where I design a custom script for Rhino 8 (with a working version for Rhino 7). The entire design process is recorded, with a voiceover breaking down the logic behind it. Ultimately, the tool generates weave patterns that can be applied to closed surfaces.

Series 02 follows a similar approach, but the patterns are modified to support a wider variety of hardware, including clay extruders and larger nozzles.