GingerSlicer
GingerSlicer is the official slicer for the Ginger Additive G1 pellet printer. It is a maintained fork of OrcaSlicer with pellet-specific features built in, and it is the only slicer that includes pre-configured G1 printer profiles and the FGF workflow out of the box.
Download the latest version at gingeradditive.com/software.
What makes GingerSlicer different from filament slicers
Section titled “What makes GingerSlicer different from filament slicers”Pellet printing (FGF — Fused Granular Fabrication) differs from filament FDM in fundamental ways. GingerSlicer addresses these differences with dedicated features:
| Filament slicer concept | GingerSlicer equivalent |
|---|---|
| Rotation distance (mm/step) | Rotation Volume (mm³ per screw turn) |
| Flow rate (%) | Rotation Volume calibration |
| Single temperature input | Multi-Heating Zones (Feeding / Melting / Nozzle) |
| E in G-code = mm of filament | E in G-code = mm³ of volume (Pellet Modded Printer mode) |
| Mechanical retraction | Pressure-based ooze management |
| Max speed (mm/s) | Max Volumetric Speed (MVS) (mm³/s) |
Without these changes, standard OrcaSlicer profiles would produce incorrect extrusion amounts, wrong temperature inputs, and unworkable flow rates on the G1.
Pages in this section
Section titled “Pages in this section”- FGF-specific settings — settings unique to pellet printing and how they differ from filament
- Connecting GingerSlicer to the G1 — network setup, file upload, monitoring
- Material profiles in GingerSlicer — creating, managing, and sharing material profiles
Related notes in the G1 section
Section titled “Related notes in the G1 section”The following notes in the G1 section cover GingerSlicer topics in greater procedural detail:
- Ginger Slicer — first install — step-by-step installation on Windows and macOS
- Ginger Slicer overview — full UI walkthrough, cooling, Pressure Advance
- Ginger Slicer — common settings questions — troubleshooting specific slicer settings
- Creating a material profile — full calibration workflow for a new material
- Rotation Volume calibration — how to calibrate flow for a pellet material