Build Plate Rack storage under X1/P1 printer by EngineerPro

EngineerPro

3D Printer>3D Printer Accessories

Print Profile(3)

All

X1 Carbon

P1S

P1P

X1E

0.16mm layer, 2 walls, 15% infill

Designer

7.2 h

1 plate

4.7(23)

Experimental Slim version for BL Anti-Vibration Feet

Designer

5.3 h

1 plate

4.1(9)

Experimental for 42mm dia feet

Designer

5.4 h

1 plate

4.5(2)

Boost

186

421

432

231

Released

Description

Slightly over-engineered build plate holder with space for 4 staggered plates. Requires feet extension of the printer: https://makerworld.com/en/models/192730

21 Feb 2024: Due to request, I added a experimental slim version that is 18 mm tall and with different internal diameter (30.2 mm) of the “loops” to fit Bambu Labs Anti-Vibration Feet. It is reported to work well, just be carefull when assembling the three parts to not break any tabs.

Comment & Rating (70)

@jjdavis1981

Print Profile

0.16mm layer, 2 walls, 15% infill

Very smooth print, came out very nice. I’ve been looking for something like this for a while. Thanks for sharing!

The designer has replied

@_hsb_

Thank you! Looks like your feet protrude more than mine, possibly yours is newer. If you can measure the gap between the printer and the rack I can upload shorter feet extensions to close the gap.

@cyspak

Replying to @_hsb_ :

Hello Henrik, This is an interesting storage system. With the official bambulab anti-vibration feet, I have 18mm of space under the printer (20 mm in reality but keep 2 mm for vibration mouvements). A smaller version for 2 Build Plate would be perfect.

@_hsb_

Replying to @cyspak :

What’s the diameter of the anti vibration feet?

@cyspak

Print Profile

Experimental Slim version for BL Anti-Vibration Feet

Thank's a lot @Henrik I only had one small piece (the thinnest) break off when I was assembling, but that doesn't matter as the other 2 remain there. (sorry I can't rate 5 stars because I printed it from SD card... and makerworld refuse 4-5*...)

(Edited)

The designer has replied

@_hsb_

Okay, it's a bit thin so that can happen. But may also be that you are overextruding so there is too much force needed to join the pieces together. Anyway, glad it worked out. It was experimental since I don't have the antivibration feet and didn't print that profile myself but seem to be functioning at least.

@_hsb_

For your information, I uploaded a new experimental version where the thin tab is 1mm thicker than before. You would need to reprint all 3 parts.

@GC__

Printed the experimental version. Love the idea, but I had issues with the overhangs on the loop on one side, and the tabs are flimsy and broke off very easily on the experimental version. Since the overhang issue was just on one side, it might just have been a me issue, but the gap on the tabs helps it break from the back piece too easily. Will keep an eye on the project!

(Edited)

The designer has replied

@_hsb_

Thanks for the feedback! The overhang issue might be due to not enough cooling or too hot chamber temperature, assuming you use PLA you should remove of vent the glass top and/or open the door when printing. I understand the thin tabs might break off but the two remaining tabs should still be enough to hold it in place?

@_hsb_

Replying to @_hsb_ :

I uploaded a new experimental version where the thin tab is 1mm thicker than before. You would need to reprint all 3 parts.

@rami626

Print Profile

0.16mm layer, 2 walls, 15% infill

Habe es noch angepasst, nach dem Druck und mit Stützen versehen, da ich andere Füsse beim X1 nutze. Ansonsten Top.

(Edited)

@leo82112

Print Profile

Experimental Slim version for BL Anti-Vibration Feet

nice and snug with Temu vibration feet. printed larger versions to give wiggle room.

@Rockettree

Boosted

Print Profile

0.16mm layer, 2 walls, 15% infill

Awesome design, thanks

@zzxgame123

perfect

@3DVJModels

Boosted

Print Profile

Experimental Slim version for BL Anti-Vibration Feet

Printed out great with Bambu PLA Matte with the door open while printing.

@Storm.Wolf

Print Profile

Experimental Slim version for BL Anti-Vibration Feet

(Edited)

Bed Adhesion Issue:maybe the chamberfan should turn off in the profile, this happend twice

The designer has replied

@_hsb_

Bed adhesion issues is generally not related to print profile. Most common causes are build plate condition, bed leveling and filament calibration - please check these as the print profile is not using any extreme printing conditions.

(Edited)

@_hsb_

I have printed multiple times without issues, but everyone’s conditions are different. Check that you have corect build plate selected, correct filament profile for your filament selected, have performed bed leveling and extrusion calibration. If that doesn’t help you could try one or several of these things: dry your filament, add glue or hairspray to your build plate, turn off AUX fan if you have one, increase bed temp by 10 degrees, add a brim.

(Edited)