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Universal Bird Cage Perch Claw Grinding Perch Parrot Perch Bird Cage Accessories

IP Report

Print Profile(2)

All
A1
P1S
H2C
H2S
P1P
H2D
X1E
X1
X1 Carbon
P2S
H2D Pro
X2D
A2L

0.2mm layer, 3 walls, 10% infill
0.2mm layer, 3 walls, 10% infill
Designer
1.4 h
1 plate
5.0(6)

Hollow version reduces 4g of filament usage 0.2mm layer, 3 walls, 10% infill
Hollow version reduces 4g of filament usage 0.2mm layer, 3 walls, 10% infill
Designer
1.4 h
1 plate

Open in Bambu Studio
Boost
52
120
7
2
168
92
Released 

Description

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A simple universal bird perch was designed, using the fuzzy skin texture feature of the slicer software, to give the perch a claw-grinding function This also helps prevent warping when printing objects of this length The perch not being directly on the build plate was a consideration for this, aiming to make the bottom surface as rough as possible and to minimize height, thereby reducing the need for supports

 

Designed to fit cages with 8-20mm bar spacing The perch's strength allows for much greater length, but it felt unnecessary Each one uses approximately 31g of filament If your filament costs around 40 yuan per roll, then printing one costs about 1.5 yuan The money spent on one perch online could print many of these And if you are confident in your 3D Printer, you can try printing the hollow version, which saves 4g of filament There is almost no difference in strength between the two, only an increase in printing difficulty For the sake of other people's printing experience, I uploaded the default filled version, which should basically not fail But I personally use the hollow version, so if saving money is your primary goal, you might as well try the hollow version

 

Please note during installation, the part of the perch with a missing corner should be installed facing downwards, so the roughest texture is at the bottom for better claw grinding

 

The screw tightness has been adjusted The first installation after printing might be difficult to screw in because the screw diameter is too small for 3D printing For the first time, make sure to align it correctly before screwing it in, otherwise, the threads might be damaged After that, it will be much easier to screw in If there's a significant difference between your material and mine, and it's still too tight, you can try scaling the nut by 2% on the XY axis, making sure not to change the Z axis The same applies if it's too loose

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License

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