@David Spragg does this mean the plastic/3D printed tooling punches you referred to a couple months ago worked out, and will this mean we can expect a couple more spot types soon?
I never said they were impossible, just that I didn't know if assembly was feasible and strong enough.
I never said they were impossible, just that I didn't know if assembly was feasible and strong enough.
@David Spragg does this mean the plastic/3D printed tooling punches you referred to a couple months ago worked out, and will this mean we can expect a couple more spot types soon?
View attachment 230324
Possibly but it will take time. The curved shape of these was probably the easiest to do. And of course it still costs $$ so has to be done gradually.
To answer the main question I bought a 3D printer and did it all myself even though I'd been assured it wouldn't be accurate or strong enough. This says otherwise.
One of the spots is smaller than the other 2 on these samples. They were made from the first proto and I miscalculated something. That's been sorted now.
Were you able to make the actual punches with your 3D printer, or just the prototypes that were later made into proper punches out of metal?
Hmm.. imagine, plastic molds!Using plastic punches right now. Metal is way too expensive. Over $3000 per punch.
Punched 1000 and there is only a fraction of wear on the plastic one.
44mm?
Hmm.. imagine, plastic molds!
Damn it now I need to design another set.
Actually, I have 3 and one has a tournament set as well.At least you have a set. Every time I think I have my set design finalized, more options make me rethink everything.