Bambu Studio Custom Printer Profiles: Non-Bambu Printers, Voron, Creality, and Custom Setup

Bambu Studio Custom Printer Profiles: Non-Bambu Printers, Voron, Creality, and Custom Setup

I use Bambu Studio with both Bambu Lab printers and custom CoreXY machines, and while Bambu Studio is optimized for Bambu hardware, it works well with third-party printers once you understand the profile system. Since version 1.3, Bambu Studio includes profiles for several non-Bambu printers, and the custom printer creation system lets you configure any FDM machine.

Built-In Third-Party Printer Profiles

Bambu Studio's release notes for version 1.3 state: "We want to extend the functionality of Bambu Studio so other printers can benefit from the improved slicing algorithms we have. With version 1.3, we added a Creality Ender-3 V2 slicing profile and a few Voron 2.4, Voron Trident, and V0.1 profiles."

To access these profiles:

1. Open Bambu Studio
2. Go to Add/Remove Printers
3. Select Other vendors → choose the brand (Voron Design, Creality, etc.)
4. Select the specific printer model
5. Complete the wizard

Currently available built-in profiles include:

• Voron Design: Voron 2.4, Trident, V0.1
• Creality: Ender-3 V2, Ender-3 V3, Ender-5 series
• Prusa Research: MK3S+, MK4
• Custom: Create your own from scratch

Creating a Custom Printer Profile

For printers without built-in profiles, the Bambu Lab Wiki documents how to create custom presets: "If you have a printer or nozzle that is not available in Bambu Studio, you can use this feature to create custom printer presets or add new nozzles to existing printers."

Step 1: Create a Custom Printer

1. Go to Add/Remove Printers → Other vendors → Custom → Custom FDM printer
2. Name it after your printer (e.g., "Custom CoreXY 350mm")

Step 2: Configure Bed and Dimensions

Under Printer Settings → Size and coordinates:

• Bed shape: Rectangular or Circular
• Print volume: X, Y, Z dimensions
• Origin: Bottom-left (0,0) for most Cartesian/CoreXY printers
• Printable area: May be smaller than bed size if the printer can't reach all edges

Step 3: Configure Extruder Settings

Under Printer Settings → Extruder:

• Nozzle diameter: 0.4 mm (standard), 0.6 mm, 0.8 mm
• Extruder type: Direct drive or Bowden
• Retraction length: 0.4 mm for direct drive, 3-5 mm for Bowden
• Retraction speed: 30-40 mm/s
• Maximum volumetric speed: This is critical — set it to match your hotend's capacity. An E3D V6 handles about 11 mm³/s, a Volcano about 24 mm³/s, a Bambu hotend about 21 mm³/s

Step 4: Set Machine Limits

Under Printer Settings → Machine limits:

• Max print speed: 200-500 mm/s depending on your printer
• Max acceleration: 5000-20000 mm/s² depending on rigidity
• Max travel speed: 300-500 mm/s
• Max jerk: 10-20 mm/s

For a Voron 2.4, I use:

• Max acceleration: 10000 mm/s²
• Max print speed: 300 mm/s
• Max travel speed: 500 mm/s

Step 5: Configure Custom G-code

Under Printer Settings → Custom G-code:

Start G-code example for Klipper:

START_PRINT BED_TEMP=[bed_temperature_initial_layer_single] EXTRUDER_TEMP=[nozzle_temperature_initial_layer]

End G-code example:

END_PRINT

Before layer change G-code (for Klipper pressure advance):

SET_PRESSURE_ADVANCE ADV={pressure_advance_value}

Limitations with Non-Bambu Printers

Several Bambu Studio features are Bambu-specific and won't work with third-party printers:

1. Automatic calibration — Flow Dynamics, Flow Rate, and Pressure Advance calibration tools require Bambu hardware. For non-Bambu printers, use OrcaSlicer's calibration tools instead.

2. AMS integration — The AMS is a Bambu-specific hardware feature. Non-Bambu printers can still do multi-color printing via manual filament changes or external MMU systems, but Bambu Studio's AMS controls won't be available.

3. Remote control via Bambu Studio — The device panel for monitoring and controlling printers remotely is Bambu-specific. Non-Bambu printers can't be controlled through Bambu Studio's device panel.

4. Firmware updates — Bambu Studio can update Bambu printer firmware. Non-Bambu printers require their own firmware update mechanisms.

5. Input shaping — Bambu Studio's input shaping settings are pre-configured for Bambu printers. For non-Bambu printers, configure input shaping in your firmware (Klipper, Marlin) instead.

Profile Management Issues

A known issue in Bambu Studio affects custom printer profiles. As reported on GitHub: "Having custom printers or filament profiles in Bambu Lab Studio currently does not integrate smoothly with profile selection. If I have a customized printer profile and load a project that requests [a similar printer], Studio will choose the default profile instead of my custom one."

Workaround: When loading a project file, manually re-select your custom printer profile after the project loads. Bambu Studio may reset to the default profile, so always verify before slicing.

Importing Community Profiles

For popular non-Bambu printers, community-maintained Bambu Studio profiles are available:

1. Download the profile — typically a .json or .ini file from the manufacturer or community forum
2. In Bambu Studio, go to File → Import → Import config
3. Select the downloaded file
4. The profile appears in your printer list

A Bambu Lab forum user describes their approach: "A print profile is a set of settings used for prints, for example I've created a profile named 0.2mm Voron parts which follows the print settings recommendations for printing parts for a Voron printer."

Bambu Studio vs OrcaSlicer for Non-Bambu Printers

For non-Bambu printers, OrcaSlicer is often a better choice than Bambu Studio because:

• It includes built-in calibration tools that work with any printer
• It has more third-party printer profiles
• It supports Klipper-specific features natively
• It doesn't have Bambu-specific features that create confusion

However, Bambu Studio has advantages:

• Arc fitting (Arch Move) for smoother toolpaths
• Smart cooling based on fine-tuned parameters
• Auto slow-down for overhang walls
• More frequent updates from Bambu's development team

Summary

Bambu Studio works with non-Bambu printers through built-in profiles (Voron, Creality) and custom printer creation. The main limitations are the lack of automatic calibration tools and AMS integration. For non-Bambu printers, I recommend creating a custom printer profile with correct machine limits and G-code, or using OrcaSlicer as an alternative — it shares Bambu Studio's codebase but adds calibration tools and broader printer support. Always verify that your custom profile is selected after loading project files, as Bambu Studio may reset to default profiles.