So this week's assignment idea is mobile stand, the design idea's that I am inspired about popped up to me in the hands on activity while searching for a potential idea that can be done by cardboard. The amazing thing about this idea that really got my interest is that it is adaptable for many devices of different sizes, and also that I will have to many taps and t slots to try as this will be my main focus
Here is the link of inspiration: https://www.instructables.com/Laser-Cut-Phone-Stand-1/
Autodesk Fusion 360
Used to transform ideas and low-fidelity prototypes into can-be extruded sketches, with format DXF files.
LaserWork
Used to transform the DXF files into a RLD compatible laser cutter files.
Autodesk Fusion 360
Input.
- Ideas: Inspired from surfing the internet.
- Measurements: Inspired from a low-fidelity prototype.
Expected Output.
- A group of DXF files.
The process in the middle.
- Created my first sketch.
- Started my sketch with basic reference to the center point so it can be easily fully defined later.
- Checked that the sketch is matching my design measurements -that was taken from a low fidelity prototype-.
- Used many constraints like parallels and perpendiculars in the process to keep my whole sketch referenced to the center point that I started each sketch from and defined in the beginning.
- After finishing rechecked the measurements and the fully defined concept.
- Extruded my sketches into components.
- Assembled all the components together using joints.
- When checked they are all fine, exported each sketch into DXF file.
LaserWork
Input.
- Receive DXF files produced from Fusion 360.
Expected Output.
- A ready to be cut by laser cutter RLD files.
The process in the middle.
- Import DXF File.
- After importing you check the scale, press the lock before scaling for uniform scaling.
- And basiclly I had only one layer job, and the status was set to:
(1) Mode: Cut.
(2) Power: 65.
(3) Speed: 30.
- Then we save our file, so that we have our RLD File.
Laser Cutter
Turn on both the switches of the machine, and insert the memory flash to the PC.
Import you model, make your final checks based on the lab's cheat sheet and then reposition your model in its right place.
Press Download , choose a name easy to remember and check the message of success.
Check the nozzle focus is right by using the focus block.
Return the nozzle to its starting point using the stick in the side of the machine, and then set it as origin by pressing the Origin button in the machine.
Maintain the working wood peace using tap so that the log have the same altitude.
Choose from Files the name of the file we previously named and then check the working frame by pressing Track Frame option.
If everything is set, press Run and then close the hatch.
Let the machine do its work, and we it is done, we extract our model and log from inside the machine.
Turn off the laser cutter.
The pieces was extracted well cut from the laser cutting machine, so after extracting they were assembled together using bolts and nuts.
So before I start my idea's sketching, I had feedback from my family members about a mobile holder that will be suitable for all the devices in our house, fortunately my cardboard low fidelity prototype was still intact, and that helped us to visualize what we need and from there came the suggestion to widen its base.
While exporting my sketch from Fusion 360 to LaserWork, some lines where added to my sketch, and others disappeared, so I checked a video Henry has sent to solve this by ungrouping all the line connections in the sketch, so any new additions can be manually removed before downloading the file to the laser cutter.