Inspirational picture of the design

Softwares & machines used 

Step (1): I started by searching for glasses lens & bridge width & temple length standard dimensions to able to design the glasses frame according to accurate dimensions.

Step (2): Next step was to sketch the frame, I started by creating main outlines of the frame.

Step (3): Then I created fillet for top of bridge & trimmed unneeded lines to make it one connected object.

Step (4): I sketched extra designing lines to the right lens using spline & I used fixed constrains to define splines.

Step (5): Then, I did the same thing on the left lens & used fixed constrains to define its splines & I had to add extra dimensions for lines that lost its defining while triming.

Step (6): I added two circles with 3m diameter for M3 bolts which is going to be used to connect frame & temple together after fabrication.

Step (7): I extruded the sketch by 3mm thickness, which is the thickness of used plywood sheet, I did that just to check design appearance at its final stage.

Step (8): I changed the frame appearance to get a close similar look for how it would look like after fabrication.

Step (9): After that, I exported the sketch as DXF file.

Step (10): I uploaded the exported DXF file to Laserwork & sat the parameters to be speed 30m/s & 65% power.

Step (1): I started by sketching temple.

Step (2): Next step was to add circles with 3m diameter for M3 bolts which is going to be used to connect frame & temple together after fabrication.

Step (3): I extruded the sketch by 3mm thickness, which is the thickness of used plywood sheet.

Step (4): I created an offset plane to mirror the model to have another mirrored copy of it .

Step (4): I created a copy of the temple by mirroring it to create a pair of glasses temples with then, I filleted their corners by 5mm radius to .

Step (3): I changed the frame appearance to get a close similar look for how it would look like after fabrication.

Step (7): After that, I exported the pair of the temples' mesh with as STL files.

Step (3): I uploaded the exported STL file to Cure to slice it with 0.3 mm layer height, 3 permitter walls & 10% infill density, also sat temperature to 215°C & exported gcode file & loaded it to printer using SD card, the print time was 30 mins & consumed 8 grams of PLA.

3D printed movable hinge