PP-CF X1-C Printer Profile - Free 3D Print Model

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MaBaRa

3D Printer>Test Models

IP Report

Print Profile(1)

All

X1 Carbon

P1S

P1P

X1E

P2S

H2C

X2D

A2L

0.6mm nozzle, 0.25mm layer, 3 walls, 25% infill

Designer

40 min

1 plate

5.0(1)

Open in Bambu Studio

Boost

Released

Description

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Print profile for carbon fiber reinforced polypropylene for users of the feetah 3D service for carbon fiber reinforced polypropylene (PPCF) orthotics

save both filament and print profile in user profile (from the three dots in the respective entries > edit > select user profile > SAVE)

Comment & Rating (4)

@mr.plaid2022

Boosted

Print Profile

0.6mm nozzle, 0.25mm layer, 3 walls, 25% infill

This really helped me out a lot while printing some cheap PP-CF off Amazon. I didn't have much luck finding good info on this material until I came across these settings. If you are new like me definitely give these settings a shot. They will definitely get you started on the right path. Thanks for putting them up!

The profile uploader has replied

@MaBaRa

thank you for your support (｡◕‿‿◕｡)

(Edited)

@wishme.luck008

How about just PP filament, can i use the profile?

The designer has replied

@MaBaRa

it' s compatible with the major of pp carbon filled the force needed to remove the support can change with the brand the some brand are a little bit more hard than other but basically you can use this profile for the most of pp CF, i don't suggest this profile for non filled polyp. for various reason like plate adhesion or support adhesion but if you have a pp material support like pp support from innovatefil the profile can sustain the pp printing you just need to abilitate raft with an first raft layer expansion about to 20-25 mm and interface in support with the material you can treat the support material like pp, just for sure don't use old ams version is still to agressive for some "gummy" filaments like most of pp, instead you can easily use 2 ams ht or ams 2, works fine, just for sure try to minimize the exchange from the filaments.

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