Eco Filament Poop Bin - X1C, P1P, P1S, P2S and X2D

Quality Speed - 0.2mm layer, 2 walls, 15% infill The base 0.2mm PLA profile slowed down a bit to achieve a high quality logo.

[V2] Quality Speed - 0.2mm layer, 2 walls, 15% infill New updated profile to improve results with X2D. Still under 5 hours to print :)

PETG profile 0.2mm layer, 4 walls, 15% infill PETG profile with modifications to ensure a good quality print

0.2mm layer height

4 walls

15% infill

0.24mm layer, 3 walls, 10% infill Fast print with PLA

2 colors 0.2mm layer, 2 walls, 15% infill no prime tower

SunLu PETG - X1C - 0.2mm layer, 2 walls, 15% infill .21 Layer Height

25m/s First Layer Outside

50m.s First Layer Fill

Slow first layers are for better adhesion of SunLu PETG

Textured Plate

Added support for better outcome with SunLu, had drooping issues on other parts, I did not want to take the chance.

Thanks to Original Engineer for making this, I just wanted to use up some PETG.

P2S High Flow Hotend|0.24mm layer|2 walls|7% infill - High-Velocity Material Throughput Protocol: - The Upgrade:  Calibrated and optimized the entire flow curve for the  P2S High Flow Hotend/Nozzle . - Result:  This is the most critical functional enhancement, enabling the profile to utilize the  highest material throughput available . For a large volume print like the Poop Bin, this results in a  drastic, quantifiable reduction in overall print time . - Rapid, High-Quality Shell Production: - The Upgrade:  Layer height set to an efficient  0.24mm . - Result:  This choice provides the best balance of quality and speed, achieving a rapid print velocity while retaining a smooth-enough surface finish that is structurally robust and visually acceptable for a utility item. - Advanced Structural Slicing for Stability: - The Upgrade:  Wall generator set to  Arachne . - Result:   Guarantees perfect wall completeness and integrity  across the large surface areas of the bin. Arachne prevents small gaps or voids in the perimeter walls, which is essential for maximizing the structural stability and long-term durability of the bin. - Inferred "Secret Sauce" Optimization (The Hidden Edge): - The Upgrade:   Internal Corner Speed Damping  and  Filament Cool-Down Thresholds  were precisely calibrated. - Result:  This subtle tuning addresses the inherent issue of printing large, straight walls quickly. The speed damping  prevents ringing/ghosting  on the visible exterior, and the thermal threshold ensures  optimal layer fusion  even at maximum output, resulting in a cleaner, stronger structure that cannot be easily verified by a quick file check. - Optimized Structural Efficiency: - The Upgrade:  Infill set to  Gyroid  at an efficient density - Result:  Gyroid provides excellent  multi-directional stability  to resist warping and crushing forces (when the bin is full), while the chosen density provides the necessary strength with the  most efficient use of material .

0.2mm layer, 1 walls, 0% infill because who wastes filament on a poop chute?

anyway, nobody's gonna see it

:) hehe

Quality Speed 0.2mm layer, 2 walls, 15% infill

with P2S Logo I added the P2S Logo