How To Create an OrcaSlicer Preset

This slicer system currently supports only OrcaSlicer .3MF preset projects.

1. Configure OrcaSlicer

Set your normal printer configuration exactly how you normally print.

Printer model
Nozzle size
Bed size
Filament profile
Supports
Infill
Temperatures
Speeds

2. Add a Tiny Cube

Add a cube object and set its size to:

				0.01 × 0.01 × 0.01 mm
			

This makes the cube effectively invisible so the slicer only keeps the preset configuration. Your uploaded model automatically replaces this cube during slicing.

3. Save the Project as .3MF

Inside OrcaSlicer:

				File → Save Project As...
			

Save the FULL OrcaSlicer project:

				PLA_FAST.3mf
			

4. Upload the Preset

Upload the .3MF preset using Choose Preset.

The system automatically extracts:

Printer settings
Filament profile
Supports
Infill
Speed settings
Temperatures
Advanced Orca configuration

Dear Everyone,

The AI system I built with Artifact is designed from the ground up to save resources and be as efficient as possible.

The slicer is built to reduce plastic waste, save time, and optimize every print angle possible. The repair system exists to prevent failed prints so people waste less material, less energy, and less time.

The 25,000-line Neome UI you see was built function by function. You cannot realistically ask AI to generate 25,000 solid lines all at once. Real systems are built step by step, tested step by step, and improved step by step.

Everything I build has the same goal once you understand the vision: reduce waste, improve efficiency, and give more power to makers.

I know I still need to make a proper video explaining everything clearly, and I will. This is simply not something I am used to doing yet.

Thank you to everyone who has taken the time to follow the journey, test the tools, share feedback, and support open systems.

Power to the makers.
Philippe Benoît

3D File → 3MF

How To Create an OrcaSlicer Preset