
Parametric box
thingiverse
Humans are engineered to be crafted from plywood with a laser beam. However, they can also be manufactured in various ways: Print out on paper, then glue them onto plywood and cut around the lines. Print small versions on a 3D printer. # Recommendations I have created a box that was laser-cut from plywood with a positive tolerance of 0.3. This setting results in gaps appearing, requiring glue to hold parts together, and the assembly process becomes quite tricky. I strongly advise reducing the tolerance to 0.1 or even lower. # Display Modes: There are multiple display modes available: mode = "assembled" Walls and floors are arranged into a box configuration. mode = "unfolded" Walls are laid flat. mode = "optimized" Walls are laid flat, arranged to minimize waste. **mode = "projection"** Same as optimized but with an added projection for DXF export. # Parameters: Width, length, height parameters represent the outer dimensions of the box. Thickness is the thickness of the material used. Tolerance is subtracted from the width of the teeth; a negative value indicates a tighter fit. teethW, teethL, teethH - number of teeth along width, length and height. slitPresent - whether to add a slit for handling or not. slitR - handle slit rounding radius. slitL - length of the slit. slitThickness - thickness of the remaining material. chamferR - rounding radius of top corners; 0 disables this feature.
With this file you will be able to print Parametric box with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Parametric box.