Simple mobile holder with charger path
source: Inspired Mobile Holder
A light, simple and portable phone holder with ease, and I can charge through it because I suffer from a lot of charging and a weak battery most of the time.
Software Used for Laser Cutting
( to Adjust printing setting )
Sketching, Modeling and Assembling parts for laser cutting
Material used for Laser Cutting
Machine Used for Laser Cutting
First, I looked for the design to be inspiration. Fortunately, I found it easy, practical and multitasking.
Source: Inspired mobile holder design
I designed the parts based on the dimensions of the iPhone, because I own this device and I will use the holder and also most devices are close to it in size, so it will work well.
Mobile dimensions: Apple iPhone 12 Pro Max
Charger dimensions: Apple Lightning Cable
Create -> Extrude -> 3mm.
Using Extrude method to turn sketches from 2D into 3D bodies with thickness 3 mm (the thickness of plywood used for fabrication)
Assemble -> Joint.
Joining parts using joints and Assemble them.
Sketches -> Right-Click -> Export as DXF
I repeated it with each of them and specified where to save them.
Import -> .DXF file location -> open.
I repeated it with each of them and specified where to save them.
I decided to decorate and beautify my mobile holder, so I downloaded some symbols and designs from the Internet as .DXF files and I used my own logo and my favorite slogan, then imported them into RDworks and then located them on the parts.
Finally, I removed the Overlapping because if there are many layers on top of each other, especially if the file is exported from Illustrator or any other program, then I made a preview for the printing process using the Preview command to display the layers, and I found two problems in fact before printing, which will be explained below.
size 167x186 mm.
Scan: 200 for speed, 35 for power.
"I used these settings specifically to be the most appropriate need for cutting and to cut in an exact manner and according to the thickness of the wood."
Cut: 10 for speed, 35 for power.
"I used these settings specifically to be the most appropriate need for engraving accurately, without strong depth and without burning or cutting, and they differ from one enabler to another."
Finally, to get the dark color.
Something I didn't expect happened:
After I booked my slot to go to print the task, the address appeared to me: Fab Lab Maadi branch.
I was very surprised, but I said okay, no problems, let's go.
I got there and here it is...
When I started, I discovered that the software are different. then I asked for help from the lab specialist there and he really helped me.
There was no big difference in the interface face of software and the way to use the program.
I asked them for the settings of speed and power of the machine.
Finally I started printing the parts after I knew how to use the machine there.
Herein lies the problem:
After the printing was finished, I discovered that the parts were not cut.
I complained to the lab specialist.
We discovered that we had to increase the power a little. But there is no additional plywood sheet was left for us to reprint.
The solution was to start using the saw to cut the parts and separate them from each other from the plank of wood, and I started using the drill to dig the holes of the screws, and I used the file to equalize the parts.
It was a challenge to design a chair like this due to the difficulties in design and a lot of thinking because the first time we designed using Fusion after applying the videos.
But what was new, interesting and most useful was the Technique of Pair Learning.
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