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Light Bulb 3. Light bulb. Car Led Light. Use arrow keys. Royalty Free License. Read more about enhanced license tiers , or contact us at enterprise turbosquid. Next Page. Your Cart View Full Cart. Open Support Ticket. I decided on triangles with 2. Of course, it needs some kind of holes for the light to shine through, and a little ventilation for the light source never hurt, either.
After considerable tinkering, I decided to cut a slender star pattern out of each face of the icosahedron; I had wanted to use a pattern of holes as my original star had, but the holes had looked better in metal than they did in plastic. I've included the design files for both the dodecahedron and the icosahedron here.
The points are the same for both, as both, coincidentally, have 30 edges. I probably could have designed tabs and slots into the face edges, but I wanted the star to have a clean appearance, so the reinforcement had to be internal. My first thought was small gussets placed internally in each joint; that didn't work out too well, because the gussets would have been too small.
An additional complication arose because I was using mirrored acrylic for the faces: I did not want to use the traditional solvent cement, because I was afraid it would ruin the silvering on the mirror parts. I designed a simple jig, to be cut from cardboard, with the correct face angle. Bisecting the angle gave the angle from the faces to the points, and I cut a slot for aligning the points.
Small cardboard tabs were glued to the jig to stabilize it on the faces. The red lines on the cut files are "cut first," the blue lines are "cut second. The mirror acrylic must be cut face down, to prevent dangerous reflections from the laser. I had constructed my prototypes using hot-melt glue, but I knew that wouldn't be strong enough for the finished product.
Since solvent cement was out because of the mirroring, it boiled down to epoxy or superglue. Superglue, because of it's strange Krazy? I used 5-minute epoxy throughout. Side note: Acrylic usually has a paper or plastic protective film on it. This film should not be removed until it's absolutely necessary. I did not remove the film from the faces until the icosahedron was completely assembled. When installing the points, I peeled back enough from the tabs to do the gluing, only completely removing it when the assembly was finished.
You don't want epoxy fingerprints on your project! Since I didn't have the patience to mill down my edges to a proper joinery angle, I had to join the parts in such a way that the internal edges were in contact. Obviously, this is an incredibly weak joint if just those edges are the only contact.
My plan was to put epoxy fillets no, not a cut of meat, in mechanical engineering, the filling of an interior corner into the interior joints. Each joint was first butted together flat and taped on the inside to form a "hinge," Then I placed epoxy in the corners, formed the correct angle with my jig, and held it with clothespins while the epoxy set.
Breaking down the design, and taking into account the need to access the interior for lighting purposes, the icosahedron can be viewed as two pentagonal caps - each having five faces - and a center ring made up of the remaining ten faces. This is the way I built it, intending to make one of the pentagonal caps removable, so I could change the lighting should it become necessary.
I built the caps first, which was fairly easy. I placed them open side down on a flat surface until the epoxy was hard making sure my tape joints stayed together ; this guaranteed they would be correct and symmetrical. I then beefed them up with a generous application of epoxy in the center joint, and set them upside down in a glass to keep them straight until the epoxy was set.
I knew I would need some internal reinforcement, especially where the removable cap was concerned, but my initial thought was to construct the ring first, then add two pentagonal reinforcement pieces on the sides. That didn't work out too well. Even the epoxy did not stick very well to the backs of the faces, since I also couldn't rough them up for better adhesion without destroying the silvering So I got my ring of 10 faces almost completely built, and then it fell apart I had designed two sizes of pentagons to reinforce the interior; the smaller ones inside the caps, and the larger inside the ring.
I roughed up the pentagons with sandpaper for better adhesion, then re-constructed the ring using one of the pentagons as a base, using lots of tape to hold it together, and lots of epoxy in each corner. This worked much better, and it was reasonably sturdy when the glue set. When the points are added later, they will provide much of the strength.
In the photo of the parts in step 1, you'll notice that one of the triangles in the ring was made open to aid installation of the lighting. The plan was to install a light socket on a smaller triangle and then glue the smaller triangle to the open triangle. Depending on how one installs lighting, that may not be necessary.
How to make the cap removable? The important thing here is to make sure all the magnets are installed with the same polarity. The only way to do this is test each magnet and verify that the magnet faces on the ring and cap are opposite polarities, so they'll grab each other.
The laser-cut holes are very slightly tapered, and this is useful for retaining the magnets. If the magnets are inserted from the "wide" side of the taper, they should be a very snug fit and can be further held in place with a drop of superglue. When I pressed them in, I did it with the acrylic on a flat surface so the face of the magnets would be flush with the face of the plastic.
After the glue was dry on the ring and first pentagon, I flipped the ring over and installed the second pentagon with it's magnets. I installed the smaller pentagons One with magnets into the caps. The pentagons are sized so that when they are in place, they are flush with their respective parts. Finally, I glued the cap without the magnets to the ring.
This isn't hard because I now had the flat faces of the two internal pentagons to ues as joining surfaces. The cap with the magnets was temporarily set aside. Once all those glue joints are dry, now I can install the points, which will provide much of the strength. First, I removed the masking from the faces.
I peeled back enough of the masking on the points to be able to glue them this way I can still hold them by the masked part, avoiding glue smears.
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