June 4th: Reverse Engineering Object

Though I have finished the replication of my object, I didn't manage to find the time to make all the additions I wanted to and transform the object into a little monster. I realized that my concept was a little more ambitious than I had time for, especially when I took into account the time I'd be devoting to finding a suitable workflow. If I get a chance in the time between my appointments and actually printing my object, I want to attempt to develop it further, but this is why I decided to start with the basic replication and try to build on top of it later.

Here is the link to my presentation on my reverse engineering process.

Below are renders of my object with a matching material as well as the photos of the original.

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June 6th: Initial Renders and Modification Progress

Some initial renders of my object while I work on preparing it for 3D printing. Changes may still be made to the model before the final print, so these are the initial tests. The process so far for reverse engineering this object has had a lot of ups and downs. The modification I'd like to make to the object is still in progress, but I focused on having a solid replication to build on first, represented below. One of the more difficult aspects of this has been managing the surfaces that make up each piece of the object and trying to make them seamlessly combine. When I begin to print the object, I'll see if there are any more changes I need to make. I may need to return for another technician appointment once I've gone ahead with my "modification" ideas. I've included images of the work in progress (essentially opening up the top of the mouse and adding teeth and flesh textures along the seams like a mouth) below the renders of the unmodified object. Addin...

May 23rd: Reverse Engineering

Project 2: Reverse Engineered Object For project 2 I will be reverse engineering an object and modeling it in Rhino for 3D printing later on. I looked around my house and came across a handful of "mechanical" items I saw as intricate enough to prove a challenge but still achievable given our time frame. My pick of items I saw as feasible are a pair of nail scissors and clippers, a Bluetooth computer mouse, and a USB stick. I decided to pair the nail clippers and scissors as a pair of objects because I didn't see either of them as being complex enough to model on their own. They are both tiny handheld items made of at least two parts. I couldn't figure out how to unscrew these yet but I know it's possible! The USB stick is also decently simple and symmetrical but I was interested in the way it joins and fits perfectly together. The Bluetooth mouse is much more organic in shape, which I find interesting. It isn't perfectly symmetrical and will take some clos...

May 21st: Laser Cutting

This week I made some changes to my rhino file, finalized my file for laser cutting, and cut out the first form of the model. As I progressed with my model I made a few minor changes to the design. I added more variety in the “branch” pieces, developing more of an overall shape and a bit of progression around the circle. I finished the engraving designs, outlining each of the circles and extruding them to the thickness of my material. I arrayed the branches around the circles and used boolean difference tools to subtract the intersections. I had my piece laser cut with multiple layers of engraving, one for lines and one for solid shapes, to ensure I had enough difference in values on the Trotec plywood I used. When assembling my piece so far I came across a few issues. I need to take another look at the points where the pieces join and create deeper cuts in the circular pieces to make for more seamless joinery. As is the piece is more difficult to assemble than it need...

OBDF 210 Cain Niedersteiner

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