Homemade desk of scaffolding wood

I made a L-shape desk of scaffolding wood and galvanised pipes.

Introduction

The desk that I used as an electronics workbench is rather small. Since my electronics hobby is expanding, as hobbies tend to do, the small size of the desk became a burden. It was time for a new one. While searching on the internet I found an L-shape desk from reclaimed scaffolding wood on Etsy. The L-shape desk will fit perfectly into the corner saving a lot of room. The desk is really nice but is also very expensive (about $1500). Looking at the image I thought it is not very difficult to make even with simple tools. I was able to build it for $300 with eight planks of scaffolding wood (8″ wide), three planks 2.5″ wide, 6 galvanised pipes one meter length (28mm thick), four T-clamps and four supports clamps. Here are some photo’s of the table and the building process.

Note: I later discovered that the clamps and pipes can be bought online for onethird! of the price that I paid at the hardware store cutting the material cost by half ($150).

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Scaffolding wood sawn and sanded.
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Cutting the pipes with a Dremel DSM-20.
Assembly with a 2" board screw
Assembly with a 2″ board screw
Using a an oil instead of a varnish. Applied with a towel to in three layers to darken and protect the wood.
Using a an oil instead of a varnish. Applied with a towel to in three layers to darken and protect the wood.
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L-shaped table placed in a corner of the room. I added some support to flatten the top of the table. I also flushed the screws with the surface.
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Installing my tools and parts on the table and below.

DIY streaming media box: building it.

Building the streaming media box consists of a hardware and a software part. Building the hardware is relatively easy. With these modern PC components you can’t do much wrong. First I inserted the 4Gb DDR3 memory into the motherboard. In my earlier post on this topic I mentioned that I already had a MSI mini-ITX motherboard and a processor (Celeron G1610) from my sons PC that I upgraded earlier. With the motherboard ready, I removed the power supply from the LC-1410mi case. The motherboard fitted nicely over the six elevated mounting points in the LC-1410mi.

When I inserted the power supply I noticed that it blocks the PCI slot on the far side of the motherboard something I hadn’t that seen coming (see image below). I therefore was unable to use the PCI Wi-Fi card that I had. I decided to use a USB Wi-Fi stick that I already had. It is not as elegant as the card but it works.

Next I connected all cables from the power supply and the case to the motherboard. When you do this for the first time it can be intimidating because of all the different connectors on the motherboard. Luckily cases and motherboard generally come with descriptions of all these different cables and connectors. I connected the 128Gb SanDisk SSD to the motherboard SATA port with SATA cable and to the power supply. The 2,5 inch SSD didn’t fit into the bracket that comes with the LC-1410mi. I had to improvise to get the SSD into the case.

With all hardware built-in and connected I decided to test the system. I connected a monitor, keyboard and mouse and booted the streaming media box in the making. Since the SSD was still empty I was only able to enter the motherboard boot-menu (on MSI press F11 to enter the boot-menu while booting). This is sufficient to test the hardware and all the connections. The whole system appeared to be functioning okay.