Posts Tagged ‘3D Printing’

Class: Technology, 3d printing Software: Autocad 2018, 3ds max, Ultimaker Cura Materials: pla 3mm Challenges:
  • project model for laser 3d printing
  • learn how to work with 3d printer and software for it
  • create part for fixing main model for city project class


I needed main axis of rotation for model at city project class. This axis had to be very small size, less then inner diametr of bearing, insight which I put my axis – 5 mm. 3D printer was the only appropriate machine for such task.

Design project

First of all 3d model in 3ds max was created. Then I put this model into Ultimaker Cura and set preferences for printing.  There is option in Ultimaker Cura  to use support or not to use ( but you can’t tune support) and to set the print density.



The project of Smart Cube started from the form exploration.

Materials: 3mm PLA Software: Archicad+ Ultimaker Cura Machine used: Ultimaker 2Go Technics: 3D printing
Class : Technology / 3D Printing Software : Rhinoceros, Microsoft 3D Builder, CURA Equipment : Ultimaker 2 GO Materials : PLA (1.75 mm)   Challenges  : 
  • Operating and settings of 3D Printer
  • Setting up the printing parameters in CURA
  Approach : We were introduced to 3D printing using the various 3D Printing devices available in our LAB and I decided to work with the Ultimaker 2 GO as it seems precise and less complicated. Ultimaker 2 GO requires the software named “CURA” in which the 3D file (.stl in my case) is processed for loading into the machine using a standard MicroSD card.   Working Process : I wanted to learn how to operate the Ultimaker 2 GO, so I downloaded a pre-modeled 3D file for an earphone case and made some modifications using Rhinoceros and exported the 3D file in .stl format. I checked this .stl file for any errors and then loaded it into “CURA”, arranged the parts for printing and then loaded it into the Ultimaker 2 GO. Below you can see a screenshot of the.gcode file which is ready to be sent for 3D printing   Parts of the model :   Fixing the Parts: The core has two hollows to act as pivots where the end of the outer shells can clamp onto and then enclose the core.


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