Imaginary design
The assignment is to Design a Cool Glasses model for personal use.
I care about this idea because I will mix different plastic and wooden parts, which seems interesting.
I was inspired by the cars with fly doors.
I used Laser work software to edit and prepare the file for the Cutting stage – and I will use the Laser cutter machine to Shape it, and the material is 3mm plywood board.
I used fusion 360 to design the models I will use in my project.
I used cardboard to make a mobile holder prototype because I can easily shape it, and it is affordable around me.
I-Frame Design
Step (5): I added circles with a 3mm diameter for M3 bolts, which will be used to connect the frame & Arms together after fabrication.
Step (6): After that, I exported the sketch as DXF file.
Step (7): I changed the frame appearance to get a close similar look for how it would look like after fabrication.
Step (8): I uploaded the exported DXF file to Laser-work & sat the parameters to be speed 10m/s & 70% power. Then I downloaded the file to the machine and started to cut it.
II- ARM Design
Step (1): I started by sketching the main shape of the first arm.
Step (2): I extruded the sketch by 3mm thickness.
Step (3): Next step was to add the triangle part which is going to be used to connect frame & arm together after fabrication.
Step (4): Next step was to add a circle with a 3m diameter for M3 bolts which is going to be used to connect frame & temple together after fabrication.
Step (5): I created a copy of the Arm by mirroring it to create a pair of glasses temples then, I filleted their corners by a 5mm radius to.
Step (6): I created a copy of the Arm by mirroring it to create a pair of glasses temples then, I filleted their corners by a 5mm radius.
Step (7): I used the fillet tool to make the Outside corners Rounded
Step (8): I changed the arm's appearance to get a close similar look to how it would look after fabrication.
Step (9): After that, I exported the pair of the temples' mesh as STL files.
Step (9): I uploaded the exported STL file to Cure to slice it with 0.3 mm layer height, 3 parameter walls & 10% infill density, also sat the temperature to 215°C & exported gcode file & loaded it to the printer using SD card, the print time was 30 mins & consumed 3 grams of PLA.
I-Laser Cutting
Using the laser cutter machine, I opened the .rld file, then named the file & downloaded it to the machine.
After that I sat the origin point of cutting & tracked the design space frame, then I started the cutting process which took about 3 min to finish the design.
II-3D Printing
Using 3D printer, I loaded the .gcode file that has been sliced by Cura from the SD card, then I selected the file from the printer & start printing process, it takes a while to reach the required temperature to print PLA to start printing, the print took about 30min to finish the design
III-Assembling design
To connect the frame & the Arms together, I used M3 bolts to connect them
I still couldn't imagine the real size of the objects while I was designing, so I printed a huge body ( the main body ) the first time, and I adjusted it again on RD works with little changes in the size of the side holes (3M) – yes I asked for help, and one of my colleges told me the ideal size .
I tried many times to use the fit point spline tool to draw the arms, and I succeeded, and I liked it because it was so smooth, but I couldn't make it a fully defined shape- I watched a lot of tutorials, but it did not work this is the useful one:
Now I can fabricate objects from two materials ( plastic and wood). Also, I improved ( somehow) my skills in designing with fusion 360, which will support my work in the final project. Also, I used different features ( I spent a lot of time experimenting with tools ) I might use in my final project.
The most remarkable thing was the ability to drive someone in a collective task.
I will never forget the difference between the thing I wish to build and my reel ability. It was easy to imagine a cool thing, but so essential to think of the validity of Implementation with the current time and tools.
This week in the hands-on activity, I tried to take a concept unrelated to the thing I was working on and try to apply this concept to another thing- I chose the car with a wings door, and I imagined how can I fabricate glasses with the same feature Unfortunately, I couldn't Implement
It's this, but I will 😊