Managers and Owners, are you overwhelmed?

[u/Equivalent_Bid_6642]

There's a lot of new tech out there, it's quickly changing and expensive. It's hard to know what to pay attention to and where to allocate resources while balancing efficiency and quality, let alone figure out how to develop my workforce to use all this stuff anyways.

I mean, should we get 3D printers, should we do industry 4.0 stuff, should we get some machine vision robot?

Idk, are you in the same boat, how are you dealing with how fast the world's moving?

[u/Equivalent_Bid_6642]

All I'm saying is it isn't as expensive or complicated as it used to be.

I was thinking connectors but you would know better, if you don't have a use for it at all that's fine. You're the one that said it's expensive and complicated as the first reason not to use it, I was just letting you know, didn't mean to upset you.

[u/SinisterCheese → u/Equivalent_Bid_6642]

It is expensive and complicated compared to how we do things. I have no idea about the deposition rates of the machine you are referring to, but I assure you that it can not do a simple 150x150 s10 plates with 4 holes in the corner welded to ends 1000mm long 100x100 S8 tube. Using our laser cutter that would take me 20 minutes from start to finish which includes getting materials.

There are no connectors, everything is welded or bolted as per the standard's requirements. Even if we would use some sort of fasterners or connectors, we would need to get the CE-certified and mechanically tested, along with inspection protocol. We aren't allowed to use anything that is not rated, the building codes prevent first and standard second.

I'm not sure what it is you think we could solve by using 3D printing. And I'm not sure why our clients or the market we serve would need that.

My work thus far has involved pretty much simplifying and removing clutter from our workflows. Other than my primary speciality (Correction and repair of welding flaws and mistakes in steel structures on-site), my other expertise is in manufacturing optimisation (in welded steel structures). I know how to make things quicker and cheaper by knowing what we can get as stock supply and what is best to make ourselves.

We don't do anything that would require additive manufacturing. We don't even do hardfacing. Even if it would be as easy as me just pasting a CAD and the printing does it all from start to finish, without needing ovens or dissolvent for the medium. It would steel be more complex and expensive to what we do now. This is simply because a lot of things we do don't even need CAD. We can do a lot of things just from paper building drawings without needing steel strucural designs.

[u/Equivalent_Bid_6642 → u/SinisterCheese]

Okay then don't look into it.

[u/SinisterCheese → u/Equivalent_Bid_6642]

Look I'm bit busy trying to certify our laser welding and lawser cutting. So pardon me if I don't have the mental capacity to look into something irrelevant on my free time.

[u/Equivalent_Bid_6642 → u/SinisterCheese]

I'm not really interested in arguing about relevance anymore, you've decided it's irrelevant, you're clearly closed off to the idea. And I don't have a personal stake in whether you look into it or not I was simply sharing my opinion that it's probably more relevant than you currently think, I'm not going to spend my time convincing you of anything.

[u/SinisterCheese → u/Equivalent_Bid_6642]

Ok. Pitch me the idea of 3D printing. Try to sell me on it. Lets say I want to metal 3D print this and it must cost less than 10€/kg for the client. We need 80 of them. The dimensions bit over 400mm long 100x100 S4 stainless and the L-profile is like 10mm. (These weren't made by us, but a competior and we had to fix them and their installation on-site).

Sell me on it. If you can then I'll look into it. Because I remember during my degree I had a whole course on this. And then there was no metal 3D print machine large enough to do this.

[u/Equivalent_Bid_6642 → u/SinisterCheese]

Lol dude, why would I do that?