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A 3D printer tolerance test is a crucial step in assessing the accuracy and precision of a 3D printer's output. It involves printing a designated model with specific dimensions and examining the resulting object for any variations or…
Make sure that the nut is placed on the right side. I printed the design with PLA and 15% infill and 0.2mm layer height. The holders should best be glued on, so that they hold reliably. Have fun putting it together.
Key Features: Space-Saving Design: Say goodbye to lid clutter! My system neatly organizes lids, preventing them from flying around your cupboard. 3D Printing: Print them with a 5% infill and a 0.2mm layer height, the model ensures optimal…
This collection consists of several hooks. I will update it from time to time, so feel free to check back. Version 2: Hook 6 Version 3: Hook 7 Version 4: Hook 8 Version 5: Hook 9 (12.24.)
The Modular Dev Kit allows for the optimal mounting of actuators and sensors, making it perfect for pre-tests without damaging the components or the testing environment. These elements are securely integrated into the Dev Kit.…
For optimal print orientation, refer to the pictures provided. No supports are needed. I have included a hole for an M3 threaded insert to secure the blade. Additionally, a simple storage box is included. The blade handle is designed to…
The numerical values displayed on the cube are intended to represent the tolerance of the underlying cylinder, with 1 = 0.1 mm tolerance, and so on.
This model comes in two sizes: a standard size for one set of dice, and a larger version for two sets. For the magnetic holes, please ensure that the measurements match the magnets I used. The magnet specifications are as follows: Shape:…
These are all currently available results.
