The corner of my basement is where I store all of my networking hardware, which manages the Internet coming into my home. But that area is disorganized and wastes space that could be used for storage. So I built a cabinet of shelves out of plywood to fix those problems.
I know it’s been a while since I’ve put up a new video, but life was hectic for a few weeks. But I have been working on a new project! For part of that project, I will use 3D printing, acrylic, and LEDs, so I wanted to experiment with using those materials in a smaller project. So I made a small light-up decoration using my 3D printer, acrylic, and LEDs.
I bought some nice 1×2 pine boards and thin acrylic from Home Depot as the material for the frames. I used my circular saw to cut the pieces of the wood to the correct size with a 45 degree angle. The outside edges of the frame will measure 9.5″ by 7.5″.
I shaped the pieces using my router and some decorative router bits I bought as a set. I also used a 3/8″ rabbeting bit to add a rabbet to the back for the acrylic, picture, and backing to sit.
I glued together the routed pieces and then painted the frame black. After putting it all together with the picture, acrylic, foam core backing, and glazing points, my picture frame was ready to hang on the wall!
This was a fun, easy project that helped me get more comfortable using my router table. I learned that I should have routed the wood before I cut the pieces, because it would have made the routing easier and more accurate. But the frame still turned out very nicely, so I am happy with the result.
For more information about how I built the picture frame, watch the video above and let me know what you think in the comments here or on YouTube!
Nearly the entire cabinet is made from 1/2-inch plywood, and most of the plywood is cabinet-grade red oak. The exception is the bottom, which is a lower grade 1/2-inch plywood (the same plywood I used to make the shelves of my workbench). And I also used some pieces of solid red oak for the lips of the shelves and as supports for the shelves inside the cabinet.
Since I don’t own a table saw, I used my circular saw to cut all of the plywood. To get straight, accurate cuts, I ran the saw against a straight-edge for all cuts. I carefully measured the position of the straight-edge and used clamps to make sure the straight-edge stayed in place.
There are still a few more features I eventually want to add to the router table. First, I want to add drawers to the empty space at the bottom of the cabinet. Second, I want to add a dust port to the back of the cabinet, so I can connect my shop-vac to the cabinet while I’m using it as a router. And third, I want to add cabinet doors to the shelf areas of the cabinet. It would have been nice to add all of those features during this project, but I spent more time than I expected just making the cabinet, so I am happy stopping for now without those extra features.
To learn more about how I built the cabinet, watch the YouTube video!
In my latest project, my goal was to build a motorized turntable that I could use with 3D scanning software to scan a small object into a 3D model. My initial plan was to use my Xbox 360 Kinect sensor and Reconstruct.me, but I eventually realized that the Kinect scanner is not designed for small objects. In the final design, I used my homemade motorized turntable, my camera, and Autodesk Remake to convert the still images into a 3D model.