You can find the 3D models for the project on Thingiverse. All the models can be printed without supports except button ring model. I recommend print these parts with 0.1 mm layer height and 100% infill.Screw and the long nut were designed...
It’s going to be near impossible to make this model without a 3D printer, while it could certainly be done, I wouldn’t recommend it. I have included the .stl files I used below, using only a fraction of the files in the original Thingiverse post. Print...
All 3D settings are in Thingiverse. They are printed in a Lulzbot Taz 6 with Verbatim Primalloy in an Aeronstruder v1. Printed with the Ninjaflex Standard setting's profile from Cura LE (Except with Retraction off) Layer height: 0.3mm Wall Lines...
To manufacture the parts, a 3D printer is used, specifically the CR-10 printer, using the Cura 4.11 software with the following parameters: Layer Height: 0.2mmNozzle: 0.4mmTree supports with 60° overangleHorizontal expansion: -0.05mmMaterial: PLAWeight...
Download and print all the .stl attached files once. Layer height: the one you want, mine is 0.24perimeters: 4 (with a 0.4 nuzzle)bottom layers: 5top layers: 5infill: 15%speed: around 55mm/sIt would need ~20h for print one cabinet.
Print all the parts according to 3d-printing-assembly.pdf file.The resolution of the print is depends on your available time. The finer you print the better it gets and less sanding at the end.
With PLA the tolerances were very good in my set up; using PETG was not that good... I adjusted the fit to the bearings by printing with a slight increase in size, defined in the slicer.
Start by printing the body of the camera system. It is a single piece with the dimensions of 95x22x177mm, capable of holding all the components. I printed it in PLA, but considering the heat developed by both camera and VTX, ABS is strongly recommended....
3D print the caterpillar tracks : we printed 40 pieces in total (20 for each side), 2 main wheels for the motors and 4 secondary wheels. We assembled the tracks using M4x25 screws and bolts. 3D print the arms and the mechanism that go with them....
To bring your BrailleBot to life, let's start by 3D printing the essential components. Follow these steps to create the physical structure of your BrailleBot: You can view BrailleBot design directly on your browser, download it, open it in Fusion...
The robot structure was entirely produced with 3D printing using Autodesk Fusion 360. In order to enable the production of robot replicas in makerspaces or fab labs, where the maximum time of use of the printers is crucial, the design of the robot was...
Now we have the box ready, we 3D print the bracesand bolts to attach the headphones to the box. To fit our headphones, we have to change the size a bit, some trial and error and they're the right size. To avoid future headaches, we also...
Now the STL file should be sliced in favourite slicer (i used Cura) and 3D printed. The file can be mirrored before printing if necessary. I'm using some expansion options to make the holes and clereances a bit larger: Horizontal Expansion -0.04mmInitial...
The body of the lightsaber is modeled from scratch in FreeCAD based on the model I've found online and printed in silver and black colors with a few decorative screws. Main body "tube" is printed in four parts. The bottom part would be better if printed...