My inspiration came from the famous model of rayban
www.ray-ban.com/usa/electronics/RW4006ray-ban%20%7C%20meta%20wayfarer-black/8056597988377
3D Printer software, machine and materials
cura Software
we use it to
adjust the orientation and choose the best position for printing
choose the infill percentage and the draft the layer height
slice the part to see how much would it take and if there's any adjustment can de done or parameters to be adjusted
PLA
Prusa 3D Printer
Laser software, machine and materials
3 mm ply wood
RDwork laser software
for the purpose of
adjusting the orientation of the part
choose the the paramters of speed and power for cutting, engraving and speed cut activity
laser machine
The Glasses consists of 2 parts
1. Frame
2. Arms
Frame part
I started searching for the frame dimensions so it can be realistic
The frame part is made of lines and arcs so I made a new file and started drawing
I started with a center line that I will draw the right half of the frame and then I will mirror it around the center line
Using the line, arcs, and circle commands I made the right half and made sure that every point was fully defined using the dimension tool
After that, I made the mirror Command, and then I extruded the frame with 3 mm in thickness and chose the appearance (Nylon 12)
for the chape
Lastly, I made the fillet feature for the glasses surface and then Exported it in a dxf to be ready for Cutting
I imported the file RDWorks and adjusted the orientation and cutting parameters which are (speed = 42, power = 55)
I saved the file in rld form
The Glasses consists of 2 parts
1. Frame
2. Arms
Arms part
I got the arm dimensions from the internet so it can be realistic
I sketched the arm using the line and arc command
I gave it a proper length and radius, made an offset with the height of the arm, and defined every point using the dimension command so it became fully defined
At this point, it was ready to be extruded so I made the extrusion command with a thickness of 2 mm
I made another sketch perpendicular to the first one with a circle in the middle to be aligned with the circle in the frame then defined every point
After that, I made an extrusion of 3 mm
for the fillet feature of the arms, I chose the edges of the arms and then made a fillet of 0.5 mm so the arms would be rounded
chose the appearance for the whole shape (ABS Blastic)
now we have the arms ready to be printed
I exported the folder from Fusion to be opened on Cura software
I revolved the arms and adjusted their orientation
Infil 20%
Draft .3
No adhesion or support
And sliced it to find out it would be 6 grams and take 28 minutes
Finally, I exported the g-code to start printing
Laser cutting
opened the RLD file on the lab PC
checked the parameters again and the nozzle height
set the origin point and frame and start cutting
it took around 19 seconds
3D Printing
After slicing the file with Cura, and exporting the G-code
load the code to the SD Card
chose the file on the printer and start printing
the challenge was how to always make the sketch fully defined
and the solution from the instructor is always to try to take a reference from a fixed point like the origin
we mastered some of the fusion 360 hacks and techniques which will help in making a good sketch then generate a body from it to be cut with laser machine
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