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I'm looking into the possibility of DIYing the table in the picture below (taken from here):

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I've found many great tutorials for a rough approximation of the legs (although mine will be four straight legs - I don't think I could DIY the curves in those legs, could I?) and the top. However, I am unsure whether I can replicate the wire mesh basket. What materials would I need for the mesh and the frame that lines the mesh? How would I connect the mesh and frame, the basket and the table? And if it isn't something I can easily DIY, would there be a kind of professional I could seek out who could build the basket? If so, who should I be looking for?

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    The commercial product is almost certainly spot welded at each wire of the grid. Not hard to automate commercially, but could you hand-weld that mesh, without making a fatal mistake, along the whole side of the grid? – DrMoishe Pippik Nov 8 '20 at 4:42
  • @DrMoishePippik Given that I have never hand-welded anything...probably not. :) I have a friend who welds who I might be able to enlist though. However, if he is not an option, is this something that I can have a professional do? Or would it be too much overhead? – cryptic_star Nov 8 '20 at 4:49
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    Regrettably, your or your friend would spend dozens of hours to copy the desk, sand the welds, sand and powder-coat or paint, and it would look like a mass-produced table. It might be an interesting learning experience, but I'd pick something less repetitive to weld, first. – DrMoishe Pippik Nov 8 '20 at 5:57
  • @DrMoishePippik Thank you for letting me know! You've saved me countless hours of going down Google trying to determine the feasibility. If you want to post this as an answer, I'll happily accept it. I think I'll try to hack something similar by mounting something like this underneath: bedbathandbeyond.com/store/product/… – cryptic_star Nov 8 '20 at 18:37
  • Thanks for motivating me to give an answer, with some suggestions for your own creative work. If that helps, I'll delete the comments above. – DrMoishe Pippik Nov 8 '20 at 23:14
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The commercial product is almost certainly spot welded at each wire of the grid. Not hard to automate commercially, but could you hand-weld that mesh, along the whole side of the grid, without making a fatal mistake (e.g., melting some of the grid)?

Regrettably, your or your friend would spend dozens of hours to copy the desk, sand the welds, sand everything and powder-coat or paint, and it would look like a mass-produced table. It might be an interesting learning experience, but I'd pick something less repetitive to weld, first.

That said, why not work on a similar table that is not an exact copy? You can find metal U-shaped edging that could be crimped shut onto metal mesh... but since it might be too thick to bend to the radius shown in the picture, you could change the design, e.g., by cutting edging corners at 45° and meeting at right angles. Find commercial furniture legs that please you, such as those from Rusty Designs or elsewhere. You'd have the satisfaction of using your own creativity, too!

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Here's what I see. Wire grid from McMaster-Carr. Brass rod, or steel if you can work with the material competently. Bend the rod to desired shape on a jig. Cut the wire grid appropriately then bend it likewise on a jig. You may need to make the jigs. Then figure out where to put the holes in the rod to take the ends of the grids. Your call whether to drill the holes not quite through or through and then metalwork the wire ends flush.

For each of the wire ends on the grid, rough it up with #60 sandpaper. We want some surface roughness.

Mix up very slow epoxy with high-density adhesive filler so it's peanut butter consistency, it needs to not leak out. Syringe it into the holes of one of the bars and then carefully fit all the wires into the holes. Make sure all the wires are seated all the way (weight as necessary). If you drilled the holes all the way through, you can bend excess wire over to make sure it stays where it belongs and work that against spacers/wedges etc. Otherwise feel free to ty-wrap the grid to the bar so it stays put. Make sure the holes are well packed with epoxy, you only get one shot.

Allow to cure. At the "stiff enough to not flow but still cuttable with an exacto knife" stage of the curing phase, cut away any excess epoxy. Don't let it hard cure or else you'll be all day with a Dremel removing it.

Flip it over and do the same to the other side.

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