A respectable electronics bench that’s not a pain to move

electronics-workstation-that-moves

Apartment dwellers who are living the nomadic lifestyle take note. You don’t need to live your tinkering lifestyle out of a toolbox. Here is a great example of a respectable electronics bench which breaks down when it’s time to move (translated). We’re sure you already belong to your local hackerspace for the big projects, but this corner office will let you take some of your creations home for continued tweaking.

The bench uses slotted aluminum rails as the support structure. The slots accept small nuts, which have a spring-loaded ball bearing to keep them from sliding freely ([Nerick] mentions this is especially nice for working with the vertical runs). These fasteners ended up being the most costly component.  The desktop itself is the largest solid piece. It was machined using a CNC mill (we already mentioned having a hackerspace membership) so that the mounting screws are countersunk to leave a perfectly flat surface. It’s clean, has a small footprint, and gives you a place to dump all of your gear. What else could you ask for?

33 thoughts on “A respectable electronics bench that’s not a pain to move

    1. You could get a roll-up esd surface, cut it to size, then put it away when not needed. That way you don’t munge it up when you’ve got to do some “pound-to-fit” work. Not that i ever have to do that, of course . . .

      1. An oldie but a goodie. One of HP’s first commercial products from Bill’s masters thesis work in Wein Bridge oscillators. So high powered, it can typically power a wall-voltage clock!

  1. I went modular when I was in dorms, just bought some cheap rack shelving that was reconfigurable according to whim though.

    1. Well that would be like using an arduino to flash a lightbulb or a CNC machine to drill a bench top, but take some nice photos and you should get a HAD piece. :-D

      Fer serious, it looks a little lightweight to trust as SERIOUS bench legs to me.

      1. I’m mostly a networking guy…so yeah. It’s both flawlessly clean and well documented lest I have nightmares. Many many nightmares.

  2. It would be wonderful, but on my variant I actually have a half dozen “in progress” works on the bench. If you never do anything with all the components, then you don’t need a bench. If you do a lot then the problem isn’t organizing the stuff, it is finding space for each project and keeping it/them in such a way that they work (breadboards, circuit assembly, testing, etc.).

    1. Same here. I have found that my brain can store the exact locations of screws for seven projects-no more lol. I usually just scoot them under the first shelf until they end up in the small projects or large projects box to be rediscovered three months later lol. I always admire folks that can just plow thru a project. I like variety and often one problem will yield a fix for another project. I honestly use a Korg Monotron for shooting from the hip on my audio stuff as a sort of base station. Cheap and flexible little booger.

      As per the build in the article- I like it. I almost went the same direction for my current set up as I started pricing gear. As a tinkerer, it is always a tough call of build it or buy it. In the end the barter system won out when my neighbor needed some computer work and had some extra lumber from a recent garage :) Everybody was happy.

      I am excited about the next house and the possibility of a little workshop. I am very conscious of noise levels and will abstain from projects if the wife is sleeping or studying. One more year…

  3. If you are on a budget just look for someone throwing away a kitchen table or a desk.

    Not faulting this because it is very cool, but you could get a great workspace for next to nothing by using a little resourcefulness.

    1. IKR, if you can’t drill holes in wood accurate enough to put legs or brackets on….

      Kinda makes you wonder about hackerspaces promoting the development of maker skills.

      Say three holes at/near each corner..
      Measure, place bracket, square up, mark, mark, mark.
      Measure, place bracket, square up, mark, mark, mark.
      Measure, place bracket, square up, mark, mark, mark.
      Measure, place bracket, square up, mark, mark, mark.
      Put bit in drill, wrap tape around it for depth.
      bzzzzzzzt bzzzzzzzt bzzzzzzzt
      bzzzzzzzt bzzzzzzzt bzzzzzzzt
      bzzzzzzzt bzzzzzzzt bzzzzzzzt
      bzzzzzzzt bzzzzzzzt bzzzzzzzt

      Done in about the time it took to read/type this, and how long did it take to set the CNC up? Though to be fair, it does learn you about the CNC for more complex/deserving stuff.

      1. Ugh, I just realised they were bolted through from the top, and if the channel was pre-drilled, it was a perfect drill jig when clamped into place.

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