Thanks for your compliments. I’m very happy with my workflow.
Unfortunately I don’t think I can help you at the moment as I did not export mpr(x).
I exported DXF and purely 2D.
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Thanks for your quick reply. I’ll keep the forum posted, in case we find a good solution.
awesome
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Great job Martin.
Harald
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I would be interested to know how the joinery works for the panels. At first I thought dowels when I saw those funny tags sticking out in the time lapse video, but then, I remembered those metal screw fasteners on the inside of the panels, so I’m pretty clueless.
I’m using metal dowels with a hinge.
I still don’t understand. Those are camlocks in panel faces, yes? Is this a custom solution, or can you buy these metal dowels with a hinge?
I don’t think the dowels are camlocks. The dowels are tensioned with a grub screw.
XS connector made in Germany by Scheulenburg / form32:
My grasshopper definition helped me place all connectors and avoid collisions on corners. Three panels meet on internal edges, pairs of connectors go from a to b, b to c and c to a…
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I’ve been using Shotcut for a few years now. I hope this will make you feel better…
Thank you. I wasn’t sure about the terminology. With camlock, I meant the grubscrews.
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So (sorry, I don’t mean to annoy you) these hinged metal dowels are enough to hold the entire thing together? I suppose most of the loads are carried over the lip of the panels, while the dowels prevent the panels from slipping transversely… Are the panel edges mitered along their entire length, or are they made to interlock at some points?
Apparently, “grub screws” are the set screws which are part 1 and 4 of the detail, while what would have mistaken for lock nuts (part 2) are housings only there to provide threading for the grubs screws. Interesting detail.
Yes 
Very nice! Wish we would have a similar structure to come in Innsbruck 
Thanks. I’d love to build another one.
Maybe i can arrange something with a local institution…
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