Baby Elephant Mobile Holder
My mother loves to document any useful information related to her interests and studies so she needs to have paper and pens during using her mobile phone
Machines:
Laser cutting machine: Malky Laser cutting ML64 Technical Specs: Working Area: 400mm x 600mm, Laser Power: 60 Watt,Max moving speed: 500mm/s
I used it to cut and engrave the clock
Materials:
MDF wood: according to Wikipedia : 'Medium-density fibreboard (MDF) is an engineered wood product made by breaking down hardwood or softwood residuals into wood fibres, often in a defibrator, combining it with wax and a resin binder, and forming it into panels by applying high temperature and pressure ' it is suitable material for laser cutting.
Softwares:
LaserCAD software :according to buildyourcnc website: LaserCAD is 'The software that allows communication between the computer and the laser cutter controller, but it also allows you to draw geometry, add text and images and download that file to the laser cutter controller. ' resource of informaton Here
I used it to prepareDXF file
Autodesk Fusion 360 Educational license: Fusion 360 is the first and only integrated cloud CAD, CAM, CAE, and PCB software platform of its kind
I used it for sketching 2d object and export dxf file
Sketches
Components after Extruding
Assemble
laserCAD
I searched on Pinterest for inspiration and found the baby elephant mobile holder so I decided to start sketching from scratch by imaging the components of the design. I used my mobile as a reference for measurements as well as my pen holders
After finishing sketching, I extruded them, made rigid joints and exported the DXF files
I edited the files on LaserCAD software for proper settings for cutting (speed 15, power 75 )
After editing on LaserCAD (speed 15, power 75 ), I saved the files in a proper format (*.plt) link and transferred it to the lab computer that connected to machine then send download order to get ready for cutting
I adjusted the placement of the MDF sheet and turned the machine on.
Clicked on 'origin' then 'box' to ensure the working area then I clicked start.
I found difficulties in defining the sketches in some points and lines but the solution was remaking despite of consuming time (unfortunately I forgot getting screenshots)
The dxf files shows that the side component wasn't completely connected. the solution was manually connecting the separated lines
3. During assembly for all parts, I found some sort of errors leading to failure of joint formation between the side part and the bottom part. The solution is shown below.
After training on the Fusion software and understanding the concepts, this will help me in designing 2d sketches using fusion 360, exporting dxf, adjusting settings like cutting speed and power on laseerCAD software for building the final project construction parts
I am so glad that I learn the basics of Fusion software.