This piece was brought to me, and as you can see in the images below, it is broken on one of the corners.
Fig.1 - Front view.Fig.2 - View from above.
Fig.3 - View from below.Fig.4 - Diagonal side view 1.
Fig.5 - View from the back, diagonal.Fig.6 - View of the broken part.
The idea is to rebuild the entire part in SolidWorks and 3D print it using nylon filament.
To do this, I used a caliper to take all the measurements I needed and created the part in SolidWorks.
I don't know what the part is for, I was only that the part has to withstand some impact.
The original part appears to be made of ABS or something very similar. It will be printed in Nylon, which is more likely to withstand impact before breaking.
More information can be found in the 3D Printing section.
Here is the 2D planning with the real measurements of the original piece.
White Piece
This piece was brought to me, and as you can see in the images below, it is broken on one of the corners.
The idea is to rebuild the entire part in SolidWorks and 3D print it using nylon filament.
To do this, I used a caliper to take all the measurements I needed and created the part in SolidWorks.
I don't know what the part is for, I was only that the part has to withstand some impact.
The original part appears to be made of ABS or something very similar. It will be printed in Nylon, which is more likely to withstand impact before breaking.
More information can be found in the 3D Printing section.
Here is the 2D planning with the real measurements of the original piece.
Fig.7 - 2D Planning with the real measurements.
Fig.8 - Render in HD - right side.
Fig.9 - Render in HD - left side.
Fig.10 - Render in HD - front.
Fig.11 - Render in HD - back.
Fig.12 - Render in HD - bottom.
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