Remixed - X1C Chamber Heater

Remixed by

Remixed - X1C Chamber Heater

Remixed by
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All
P1S
P1P
X1
X1 Carbon
X1E
A1

PA-CF - 0.2mm layer, 2 walls, 10% infill
PA-CF - 0.2mm layer, 2 walls, 10% infill
6.4 h
2 plates
5.0(4)

Open in Bambu Studio
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Released

Description

Update 03.04.2024

 

Up on a request I added a faceplate, the plate goes over the PTC-Heater and is fixed with the M4 screws.

STL and STPE files under raw model files.

Make sure to route the cables of the PTC-Heater neatly.

I highly recommend to use a high temp filament like (PAHT-CF, PA6-CF/GF or other) because the plate is very close to the PTC-Heater.

I printed it with extruder greentec Pro, this material is heat resistant up to 160°C.

 

!There is no long term experience with the plate!

 

orientation for printing:

The holes don´t need supports, i used the sequential bridging method by maker´s muse

 

Thanks @chriss_goe for the request

 

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Remix of the awesome “X1C Chamber Heater”. Thanks @frank.clark for sharing this idea.

Unfortunately i had an issue with the original design, where the bottom case of my X1C was starting to deform in the middle. I guessed this was because of the position of the PTC-Heater. Which blows the hot air in a very flat angle.

So I designed a remix to prevent this issue and fit my needs.

Also added:

  • a mount for the temperature sensor
  • a smaller air channel form the fans to the PTC-Heater
  • space for wiring in the bottom
  • grooves for running the wires on the back side of the fan plate

I uploaded a STEP file if you want to adjust it to your needs.

_________________________________________________________________________________________________________________________________________

!Do this project only if you are comfortable with electronics and a little tweaking!

!Also at your own risk!

_________________________________________________________________________________________________________________________________________

For needed parts see the original description.

 

Additional needed parts:

  • Two M4 threaded inserts (one shortened to 5mm)
  • Two M4x10 screws
  • Four M3 Inserts
  • Maybe VHB-Tape to fixate some wires

Filament: extrudr durapro ASA (or other heat resistant materials)

 

Print settings:

  • 0.6 mm Nozzle
  • orientation: like in the uploaded orca slicer 3MF(Chamber_Heater_AUX_@0.6_ASA_OS) under the raw model files
  • layer height: 0.18
  • wall generator: arachne
  • wall loops: 3
  • Top/bottom layers: 6
  • infill: 10% gyorid
  • support: paint on like in the uploaded orca slicer 3MF(Chamber_Heater_AUX_@0.6_ASA_OS) under the raw model files
  • brim: yes (8mm)

Comment & Rating (22)

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Hey! Nice work! Is it possible to design a face plate to hide the heater underneath? I like the looks of my printer rather clean and hate visible cable. Thanks.
The designer has replied
1
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Thank you:-). I try to implement this and get beck to you.
2
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Replying to @jocin_ :
I‘m already printing this version, so would be perfect if it retrofits and only clamps on the bolts or the bolts get driven thru the face plate. Just some inspiration! Thanks a lot.
1
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Replying to @chriss_goe :
Plate is available, please try it out :-)
2
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PA-CF - 0.2mm layer, 2 walls, 10% infill
Excellent remix and printed beautifully in Bambu PA6-GF. Thanks!!
(Edited)
The designer has replied
2
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Thanks for the rating and the boosting!
(Edited)
0
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Printed in PA6-GF using the latest beta version of studio. Came out perfect, everything fits like a glove. Like this remix better than the original, and the cover for the element was a great suggestion, really makes it look complete. Thanks for uploading!
The designer has replied
1
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Thank you for your comment and the pictures, looks nice :-)
0
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Boosted
Great remix! Thanks!
The designer has replied
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Thank you for the boost and your comment :-)
0
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Thanks for the remix! Planning to print and build mine next week.
The designer has replied
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Thank you for the boost, cool, have fun :-)
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PA-CF - 0.2mm layer, 2 walls, 10% infill
fits perfect
1
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PA-CF - 0.2mm layer, 2 walls, 10% infill
The designer has replied
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Thanks!
0
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PA-CF - 0.2mm layer, 2 walls, 10% infill
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