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Reverse Engineer Project Process 2

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 I added more to the sides I created last week! Using shaping tools and Boolean Difference, I decided to add some of the parts needed to click the side together. These bits also act as a place to wedge in a screw.  I also used a Fillet edge for this part, as this is where the screws go into and it is smooth on the actual model.                                          For smaller pieces within the shell, I used Revolve I tried to align things with the parts they were supposed to interlock at the best I could so it would make as much sense with the real object when it clicks together For the speaker, I first made a small radial pattern of circles. I did this with the help of an array on a curve so that I could make each hole very quickly and shift it with rotation on each row. I then selected each circle, extruded it through the side, and used Boolean difference. This is all that I have so far! I still need to get the very small and fine details of it, but that is a task for the me of n
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Reverse Engineer Object Process 1

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  Continuing from the last post, I decided to try and model the dog speaker within Rhino. I wanted to try and do the outer casings of the dog speaker.  I started with creating lines to map out the casing, using loft and extruded curves to create them To create the legs of the speaker, I measured the radius and length of the object and created them using the Revolve tool. Once those were done, I attached them to the side casing using a Boolean Union. I also used the shell to give dimension to the casing. And here's the casing! I'd have to duplicate it to create the other side. I want to continue adding more detail to it, especially when it comes to the inner parts, but I wanted to start off with this so that I have a main base to create for the other parts.
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SURFACE DESIGN: LASER CUTTING

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