disk_organizer

Modeling and Printing an Organizer for Grinding Discs

1. Modeling Process

2. Design Creation:

   • I started by designing a detailed model of the organizer in a CAD program Rhino 7.
   • I ensured that the design was optimized for strength and stability.

3. Modeling Details:

   • I used fillets and chamfers to improve the aesthetics and reduce stress points.

4. Preparing for Printing

5. Slicing the Model:

   • I sliced the model into layers using a slicing software PrushaSlicer.
   • I adjusted the layer height and infill density to achieve the desired strength.

6. Printing Settings:

   • I selected the appropriate printing material, such as PLA.
   • I set the print temperature and speed to optimize the print quality.

7. Printing Process

8. Printing on the 3D Printer:

   • I loaded the sliced model onto the 3D printer.
   • The printer extruded plastic filament, layer by layer, to create the physical organizer.

IMG_4202.MOV

2. Post-Printing Cleanup:

   • After the print was complete, I removed any support material.
   • I sanded the surface to achieve a smooth finish.

3. Conclusion

The process of modeling, printing, and finishing an organizer for grinding discs was a rewarding and educational experience. The final product was a sturdy and functional tool that perfectly met my needs.