1 / 1
Calibrated Filament Profiles — Polymaker - Panchroma - Fiberon - for PrusaSlicer — image 1

Calibrated Filament Profiles — Polymaker - Panchroma - Fiberon - for PrusaSlicer

Order a print of this model

We calculate the final price from your selected file. You review and accept it before payment.

Saved on this device.

Evolving repo of Polymaker and its subvendor filament profiles tested, calibrated and validated for use with prusaslicer

Rating
0 / 5
Likes
3
Downloads
38
Makes
0
Views
242
Reviews
0

Updated at source:

Model information

Category
Test Models
License
Creative Commons — Attribution — Share Alike

# Calibrated Filament Profiles — Polymaker (PrusaSlicer)

## Purpose

This repository contains PrusaSlicer filament profiles for **Polymaker** filaments — including filament under the **Panchroma** and **Fiberon** product lines — calibrated and validated on the printers and hardware configuration described below. Each profile has been tuned through a structured calibration process rather than derived from manufacturer defaults alone, with the goal of providing print-ready, dimensionally accurate, and visually consistent results out of the box.

---

## Scope and Disclaimer

These profiles are tuned for the **exact hardware, nozzle diameter, and slicer version** listed below. Results may vary on different printer models, hotend types, nozzle diameters, or firmware versions. Users on different hardware should treat these profiles as a **starting point** and re-validate critical settings (first layer, flow, temperature) before production use.

---

## Testing Environment

### Printers

| # | Printer Model | Nozzle and Diameter | Notable Modifications |
|---|---|---|---|
| 1 | Prusa Core One+ | Brass — 0.4 mm Standard | MMU3 installed |
| 2 | Prusa MK4S | Brass CHT — 0.6 mm High Flow | Enclosure installed |
| 3 | Prusa MK4S | Brass CHT — 0.4 mm High Flow | Enclosure installed |

> **Note on printer naming:** PrusaSlicer's built-in system presets refer to printer 1 simply as "Core One" (no "+"). This repository uses "Core One / Core One+" interchangeably — testing was performed on a Core One+, and since it shares the same toolhead and nozzle system as the standard Core One, these profiles are expected to apply to both.

### Slicer

- **Software:** PrusaSlicer
- **Printer System Presets used as base:** Prusa Core One MMU3 0.4 Nozzle, Original Prusa MK4S HF0.6 Nozzle, Original Prusa MK4S HF0.4 Nozzle

### Build Environment

- **Room parameters:** Isolated, temperature-controlled room. Temperature held between 20–24°C during all prints. Room humidity kept below 25% at all times.
- **Filament parameters:** Filament stored in vacuum-sealed compartments with hygrometers confirming under 10% humidity. During printing, filament is held in temperature- and humidity-controlled filament dryers, confirming under 15% humidity.

---

## Filaments Tested

| Filament | Diameter |
|---|---|
| Panchroma CoPE | 1.75 mm |
| Panchroma Matte | 1.75 mm |
| Panchroma PLA | 1.75 mm |
| Panchroma Celestial | 1.75 mm |
| Polymaker HT-PLA | 1.75 mm |
| Polymaker PETG | 1.75 mm |

**Fiberon filaments** are part of the Polymaker product family and are **planned for future testing**. They are not yet covered by any profile in this repository — entries will be added here as calibration is completed.

---

## Calibration Methodology

Each filament profile was tuned using the following sequence of tests before being considered final:

1. **Temperature tower** — nozzle temperature range narrowed for layer adhesion, stringing, and surface finish.
2. **Flow rate / extrusion multiplier calibration** — single-wall or flow calibration cube used to correct under/over-extrusion.
3. **Pressure advance / linear advance** — tuned per filament on the firmware in use.
4. **Retraction tuning** — retraction distance and speed tuned against a stringing test object.
5. **Max flow rate / max volumetric speed** — upper bound validated per filament to avoid under-extrusion at speed.

---

## Slicer Print & Printer Settings

These profiles are built on top of PrusaSlicer's **built-in system presets** for print and printer settings — they are not custom files. Only the **filament .ini profiles** are included in this repository; select the corresponding print and printer settings from PrusaSlicer's system presets listed below.

**Print Settings (system preset):**
- 0.20mm SPEED @MK4S HF0.6
- 0.20mm SPEED @MK4S HF0.4
- 0.20mm SPEED @COREONE 0.4

**Printer Settings (system preset):**
- Original Prusa MK4S HF0.6 Nozzle
- Original Prusa MK4S HF0.4 Nozzle
- Prusa Core One MMU3 0.4 Nozzle


---

## Versioning

Versioning is tracked **per filament profile**, not per printer or print-settings preset. Each profile follows a vX scheme:

- **X** — increments on a refinement to an existing calibration (temperature, flow, retraction, etc.)

The current version is noted in each profile's filename and tracked in a changelog alongside it.

---

## How to Import for PrusaSlicer: 

1. open Prusaslicer and look for "Help"
2. From the drop-down select "Show Configuration Folder"
3. Locate and open the Folder named "filament"
4. Add the downloaded filament profiles
5. Close PrusaSlicer, then re-open filament will now appear as User Presets

## Community Contributions


Community-submitted improvements and additional calibrations for the filament vendors verified in this repository are welcome, and will be considered for merging as updated/versioned profiles.

To be considered, a submission **must** include all of the following:

1. **Identical hardware match** — same nozzle diameter and same printer model(s) as listed under [Testing Environment](#testing-environment). Submissions for different printers or nozzle sizes will not be merged into this profile set (feel free to fork instead).
2. **The filament profile file(s)** in the same slicer/version format used in this repository.
3. **The G-code file** used to produce the submitted test print, unedited.
4. **A clear photo** of the finished calibration/test print corresponding to the submitted G-code.
5. **A short summary** of what was changed from the base profile and why (e.g. "reduced hotend temp 5°C to reduce stringing on batch X").

Please open a pull request (GitHub) or a comment with linked files (Printables) to submit. In order to maintain a set standard and consistancy, all submissions will be tested and validated based on filament availability before being added to the listing.

Contributions are preferred to be submitted via github as a more stremlined process.

---

## Github Link

https://github.com/raporter1992/Polymaker-3dPrinting-Calibrated-Filament-Profiles

---

## License

This work is licensed under [**CC BY-SA 4.0**](https://creativecommons.org/licenses/by-sa/4.0/) (Attribution-ShareAlike 4.0 International).

You are free to use, modify, and redistribute these profiles, including for commercial purposes, provided that:
- appropriate credit is given, and
- any derivative profiles are distributed under this same license.

By submitting a contribution under [Community Contributions](#community-contributions), you agree it will be distributed under this same CC BY-SA 4.0 license.

## Attribution

Maintained by raporter1992. Not affiliated with Polymaker or Prusa Research.

## CHANGELOG

23 August 2026 - minor changes to some v1, changed as v2 files. add calibration for 0.4HF for MK4S


Tags