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A1/A1 mini Ultralight Thin Waste Shield Heat-Resistant, Non-Stick, Shock-Absorbent Waste Guide Plate

Print Profile(1)

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

0.2mm layer, 2 walls, 15% infill
0.2mm layer, 2 walls, 15% infill
Designer
18 min
1 plate
5.0(1)

Open in Bambu Studio
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9
9
2
0
11
11
Released 

Bill of Materials

List other parts
  • 特氟龙胶带 x 1: 织纹胶带
  • 特氟龙胶带 x 1: 薄膜胶带

Description

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This baffle, compatible with the A1/A1 mini, might be an essential accessory for new machines, ensuring filament falls precisely and vertically into the waste bin.

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Its sleek form adheres to Bambu Lab's design language, seamlessly integrating with the overall aesthetic when using PETG HF-33103 or PLA Basic-10105.

Raising the top edge mitigates the rare possibility of filament escaping.

Some filament can reach high temperatures, readily adhering to the baffle.

Teflon heat-resistant tape effectively addresses adhesion and deformation. Two types exist—the textured tape I used and a film tape; both boast smooth, heat-resistant surfaces, achieving identical results. My film tape is currently unavailable; I'll locate it later, as its dark grey hue is preferable.

After application, trim excess tape with a craft knife before assembly.

This design's modularity facilitates easy tape application and convenient trimming.

Furthermore, its ultra-thin, hollow structure absorbs filament impact, ensuring accurate deposition into the waste receptacle. A comparison of filament landing on a tabletop versus this baffle reveals minimal rebound on the baffle.

The two-part baffle requires no double-sided adhesive, resulting in a seamless fit and a visually less slender assembly.

I'm also designing a waste bin; I'm still researching anti-vibration feet. A simple waste bin risks collision with the printer due to the anti-vibration feet's operation.

Testing the A1's capabilities, 0.44mm print quality remains satisfactory.

 

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Note!

I used the official complimentary PLA Tough filament. Adjust parameters as needed for different filaments.

Crucial settings include:

Inner and outer wall widths and the Arachne wall generator.

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