BambuLab P1P Temperature tower Remixed by Alex.M

Remixed by

Alex.M

3D Printer>Test Models

Print Profile(1)

All

P1P

P1S

X1 Carbon

X1E

Default Print Profile

Designer

2.1 h

1 plate

5.0(2)

Boost

319

111

Released

Description

Under “Raw Model Files” you will find the following:

Regular - Original model with presets for P1P, and modified gcode for temperature change. Takes 25g of PLA and 1H:30M time.

Small - Same as Regular, 50% size. Takes 8g PLA and 1H:10M time.

Reversed - Recommended model. Changed temperatures to be 200-240. Reversed order - hottest on bottom, coldest on top. Same size as regular.

There are 2 versions:

Model 3mf file for tinkering
Ready gcode with modified temperature changes.

High Temp - A version for high temperature materials, like PETG, ABS, etc.

Usage Instructions:

Option #1: Copy the chosen gcode file (Regular, Small or Reversed) to your SD card. Print directly from SD card.

Option #2: Open the .3mf file using Bambu studio, click on “Slice Plate” and then “Print Plate”.

IMPORTANT: You cannot run this directly via the mobile app (the mobile app does not support custom gcode).

All my BambuLab Temperature Tower models:

Comment & Rating (8)

@mjwhite.katsuco

Print Profile

Default Print Profile - Old

Temps didn't change for each level. Fail.

The designer has replied

@Alex.M

Please make sure you're using the correct (gcode) file. Or download the 3mf file and run it via Bambu studio. If you're trying to load the print profile from the mobile app - it will not work. MakerWorld profiles do not allow any gcode modification, therefore you cannot have temperature changes in the print profile.

@mjwhite.katsuco

Replying to @Alex.M :

Thanks, Have downloaded the RAW file and will test tonight.

@Zoobert

Print Profile

Default Print Profile - Old

I use this print tower to let me know the optimal temp for the print head on new filament. (if you print PLA that isn't meant for high speeds, it goes more matte looking, and weaker). This model is one of my goto prints for helping dial in a new filament.