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Hi, I printed the cube. Infos: Printer X1C, Filament: Bambu PLA Basic, Plate: Bambu Cool Plate + Glue, printed at 100% speed (standard). The printer is placed on a stone paver and rubber mat (see picture). Additionally, I did a fresh calibration before the print. I added pictures from all sides. I am not 100% happy with the result. I needed 3 tries to get the cube to stick to the plate. It is the first time I had issues like this with the print combo mentioned above. Additionally, I expected a better result from the fine details. Update same day: I just printed something completely different (same filament, same settings) and it stuck without any issues. It seems a pure "problem" with the calibrating cube. (edited)
@tlum00_718492 Hum, I had never had sticking issues when testing it, it might be because of the small bottom surface area of the cube, but that is a part of the test. The small details look fine to me, a bit of ringing but that is quite common on the Bambulab. Nevertheless, I will check the model. Question, did you print using the sliced file, STL, or 3MF?
Works Perfectly. I used M1.4 screws instead of glue. Use #14 rubber bands (2" X 1/16"). 3000 of them for $8 on Amazon. I made a dozen of these for my son-in-law to take to work. Lol.
@EricDubiel_1710437 Haha! That looks great, thanks for the info!
Which app did you use to design the marking stickers?
@SpruceGoose_1915350 I used Adobe Illustrator, I can share the files if you want.
@TechTastic I'm remixing this model and making the measurement arm thicker, so I need to design a new marking sticker. I wanted to know how you made the marking sticker precise and properly scaled without pixelation.
Neat! You should consider making a variant where the slider wraps around the ">90°" angle side. Currently you can measure any (exterior) obtuse angles but only acute angles of things that fit within the "pizza slice" formed by the wedges and the slider. An alternative version with the slider going around the other way would reverse this relationship, and one could print both to use for different situations.
Another interesting challenge could be to think up ways to adapt it to measure interior angles as well! :D
@TechTastic New Version out! Includes innovative solution to this problem by squeezing in a 2nd arm, hope you like it!
@TechTastic Awesome! And a very clever solution!