Ugh, wearing glasses in the rain is the worst! Every time I step outside, the rain starts pouring down and my lenses get all fogged up or covered in water droplets. It's so frustrating because I can barely see anything. I try to wipe them off, but it never lasts long before more water gathers.
Okay, so I’ve come up with this amazing new pair of glasses that have a built-in umbrella! Yeah, you heard that right—an umbrella for your glasses. It’s a game-changer. So, the frame has a tiny, retractable umbrella that pops up when it starts raining
Using "Laser Work" software, and the Laser-Cut machine to print the cup coaster on a 3mm plywood sheet.
Software:
RD works is a software used for adjusting the laser cutter machines and the 2D designs.
Machines:
El Malky laser cutter machine
Materials:
plywood which is easy to cut and durable.
Laser-Cut Machine (El Malky laser cutter )
Software:
Ultimaker cura: this software convert 3D models into printable instructions for 3D printer as it translate the model into G-code which is the 3D printer language. It is also easy to use for beginners and offers predefined profiles for different materials and print qualities.
Machines:
PRUSA
Materials:
PLA: it is the most common material and made from organic materials, easy to print with as it doesn't need special environment and available in many colors.
Frame:
1- sketched the glasses with the medium size dimensions.
2- made sure that the sketch was fully defined.
3- Made sure that the hand(umbrella) part was attached to the glasses frame.
4- Extruded the sketch into 3mm for laser cut.
Side
1- sketched the glasses temple with the medium size dimensions.
2- made sure that the sketch was fully defined and used another plane to sketch the L-shape with hand for the screw.
and made sure that the l shape will printed without missing parts
3- Extruded the sketch and used fillets.
4- Imported the design on Cura and used mirroring and flipped it to make two copies of it.
5- No support, adding adhesion and the layer height was 0.2mm, infill 20% and temperature 207.
1- open it on RD works v8
2- import the file
3- Ensure cut lines and engraving lines are properly set
- Parameters:
Black for cutting: power = 45, speed = 40
Red for scanning: power = 25, speed = 250
blue for speed cut: power = 25, speed = 250
1- import it into cura
2-adheasion
3-Rotate
4-profile 0.2 - infill 20
5- After setting the parameters it took only 1hr and 10 grams then exported the file into g.code.
How I used it?
1- Make sure that the file you're printing is yours.
3- Put your plywood sheet and make sure it stable
4- Adjust the focal length.
5- Choose the place you want to print by using arrows.
6- Make it the origin point.
7- Click on "frame" to detect the size and start
8- trick (put the fix in the border to save space
9-spray
How I used it?
1-Made sure that the design parameters was set properly.
2-Uploaded the g,code file of the 3D design in the SD card that is used in the machine.
3-Opened the file on Prusa 3D printer.
4-Getting the printer ready by heating its bed at 60degrees Celsius and nozzle at 215 degrees Celsius.
5-Installed the filament
We had to open the printer door and adjust the nozzle and the heat source since the 3D printing was overheating and destroying the first layer.
Laser cutting
3d printing &assembly
painting with acrylic
final bookmark