One of the main reasons we chose the Bambu Lab X1-Carbon is because it's super fast. It can print at up to 500 mm/s, which is way faster than most 3D printers—like the Ender 3, which only prints at 200 mm/s. This speed is possible because of its CoreXY system, which allows the printer to move in two directions quickly (side-to-side and front-to-back) while the build plate moves up and down as needed. This setup makes it faster while still keeping prints accurate and detailed.

• • What is Bed Leveling?

    • Bed leveling is when the printer ensures the build plate is flat and at the proper distance from the nozzle. This helps the printer make smooth and accurate prints.

  • How is Bambu Lab X1-Carbon Bed Leveling Special? 

    • The Bambu Lab X1-Carbon has automatic bed leveling, so you don’t have to do it by hand. It uses lidar and force sensors to probe the bed at different points before each print. This helps reduce errors and makes sure the first layer is perfect, which is really important and sets the foundation for the rest of the print. Some printers need to be leveled manually, but with the X1-Carbon, you press a button, and it levels itself. It's a big time saver!

• • AMS: What is That? 

    • AMS stands for Automatic Material System. It’s a device that holds different colored filaments and lets you print with multiple colors easily by controlling the filament flow and checking the tension on the spools.

• Why am I Learning About AMS?

  • Not all printers have AMS, so some can only print one color at a time. With AMS, the Bambu Lab X1-Carbon can print up to four colors in one print. While it may take more time, the results can be worth it. The AMS also helps manage filament and humidity. Fun fact: the “poop” that comes out of the back is from the color change, which prevents colors from mixing.

• What is Fully Enclosed, and What's the Difference?   

  • A fully enclosed printer has a barrier around it, while an open printer does not. A fully enclosed system keeps the print quiet and the filament in a controlled environment, reducing the impact of outside temperatures and humidity. Without an enclosure, the filament may cool unevenly, causing inconsistencies between layers. Some people make their own enclosures for printers that aren’t fully enclosed. Fully enclosed printers offer more consistency, better prints, and a wider range of filaments, like ABS, which is used for items like Legos and needs a controlled environment to print properly