3D printing never ceases to amaze with its ability to turn digital designs into functional and aesthetic creations. This time, we put the Bambu Lab X1C to the test by printing a stylish and decorative trash can. The results? A smooth, precise, and beautifully crafted piece, all captured in a mesmerizing timelapse!
The Idea Behind the Print
Trash cans are often purely functional, but why not make them stylish as well? Whether for an office, a workshop, or a home setup, a well-designed trash can can be both practical and visually appealing. That’s why we decided to print this decorative model—combining form and function into a single print.
The Printing Process
For this print, we used the Bambu Lab X1C, a machine known for its speed, reliability, and advanced features. With its high-speed core motion system, LIDAR-assisted calibration, and AI-powered monitoring, the X1C ensures exceptional quality with minimal hassle.
The filament choice was important for achieving both durability and aesthetics. We opted for Sunlu PLA Blue, which provided a strong structure while maintaining a smooth finish.
The print time was approximately 9.5 hours, and thanks to the efficiency of the Bambu Lab X1C, the entire process went smoothly without any major issues. Layer adhesion was excellent, and the details of the design came out crisp and clean.
The Final Result
Once completed, the decorative trash can looked fantastic. The layers blended seamlessly, and the overall structure was sturdy. This print is a perfect example of how 3D printing can be used not just for small trinkets or prototypes, but also for functional household items that add a touch of personalization to any space.
Want to see the entire process in action? Check out the timelapse video below and watch the Bambu Lab X1C bring this design to life!
Details
Printer: Bambu Lab X1C
Model: Decorative office trash can (https://makerworld.com/en/models/39849#profileId-39264)
Nozzle: 0.4mm, hardened steel
Filament: Sunlu PLA Blue
Printing time: 9.5 hours
Bed temperature: 50 °C
Hotend temperature: 220 °C
Amount of filament used: 440 g
Trash filament generated: 0 g