😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂 yeah because your team has no artistic qualities

Assmonkey!

Hey Richard... hope there is a special place in hell for you after trying to cheat that widow out of her husbands two first Thunderbirds, Pepperidge Farms remembers

Hey, if you planned on buying one, you might as well get the best price available, and support free education while you do it!

Good tools cost good money.

@@barrysetzer my engineer that does my scans at Performance Driven Designs actually uses that exact scanner on a lot of my parts. Its is definitely one of the best scanners out there period. That’s a great point as well.

You gotta pay to play babeyyy

Still better than buying a brand new Chevy Blazer.

kW? What's the RPM max?

@@Xphinity 3 kilowatts and 24.000 rpm . Same lake this kzfaq.info/get/bejne/q5-eZZiTrZaXlIk.html . No problem with aluminum, copper, brass, etc. Steel can also be milled, but at reasonable speeds :D. It's great for hobbies and small projects

You can machine this too providing your CNC from Z axis spindle to Y axis reaches 1/2 the job length crosswise, simply remove guards and create datums to dial in for each consecutive portion! This will help you take on larger capacity work improvising using this method👍

​@@Th4thWisemanthis would take him weeks of non stop running the machine since he probably has 6 or 8 mm max tool holder in the head with that CNC...but its possible 😄

That's right, put some respek on it

After Welding 🤗

After PLC automation and robotics

Don't forget that we also have a lot of fun here every day!!! Hahahaha

I couldn't agree more. Not only their skill, but their values and company culture must be amazing. I NEED to apply one day. I used to see on their website a long time ago where I could apply but I just checked and I don't see it anymore. Maybe they get too many applications?

@@TheSnowflakemt Haha usually when we have an opening, you'll find it on Linkedin or Indeed. When I applied here for a "premium 5 axis mill programmer" position......there were over 300 other applicants.......So we do get a few interested parties!!! But you never know, I never thought that I would work here and here I am!

@@barrysetzer Where did you learn to do this?

How many hours you do to make that cool work

Hahaha it's painful but true!

For real! I love the back and forth and all the hell Barry gets and he dishes it right back.

That is 100% true, thanks for noticing!

Thanks Tyler! This was a fun one!

what message?

Thanks Troy!

@@barrysetzer 🦾💥

Those guys together are an absolute HOOT! Just love them lol

find a way u can do it

Thanks bro!

Satisfied but never content lol. Barry did a great job for sure.

Thank you sir!

Thanks. We put in some work on it. Appreciate your opinion!

Thanks bud! Team effort for sure!

LOL don't worry, me and chatter have a long and strong relationship!

@@barrysetzer I see, makes sense now why Jessie asked who changed your feeds and speeds LoL

Lol I told Barry anyone can do it once. We’ll see if he can do it again on his next part 😂

Thanks Nicole!

Shut your face rookie. 😂

i would like to see a part like that sand cast over size than finished machined and not have to throw away so much chips give me the file and I will do it at weber machine works i believe foundry work and pattern making are part of a machine shop tell Titan i said that

Thanks!

It was NOT as easy as it looked in this video, for this part it took me about a week. But for geometric parts there are softwares that help convert the mesh to a solid. Content coming soon!

⁠@@barrysetzerawesome, can’t wait for that content. I always wanted to know how it was done. Loving what you guys do all the way from Northern Ireland 💪

@@barrysetzer Yeah really interested in seeing more of that process. I'm a somewhat young Mech Eng and my work is starting to involve a lot more 3D model scans that generate point clouds that I need to reverse engineer off of, so I'm really wondering what are the most efficient ways to deal with this point cloud, and the work flows/process involved. My thoughts are there are 2 main ways I could go about it. First, I could use the point cloud, which for anyone else reading represent points in 3D space, captured from the parts surface (where each point will be slightly misplaced from reality by differing amounts) import it into SolidWorks (or anything comparable) and create planes of best fit from these points according to my best judgment. Could square up these planes or even generate new planes off them, and go from there, ie. I'd have a squared up reference with nice planes to use to model my 3D part, inside this cloud of points. I'd essentially take the point cloud, and make planes in key spots where I need them, like datum surfaces/mating/machined faces etc, and leave the rest of the point cloud reference as is. Second main option is I think there's software out there that takes these points, and automatically creates meshes out of them. I'm not sure how this works exactly, if it makes little triangle surfaces between each point, which would generate a very bumpy mesh, and is bound to have some wonky surfaces, or if it creates approximate planes of best fit that go through the cloud of points, interpolates between them, and comes out with an average surface representation. I believe you could then use this surface model, and model off it in SolidWorks much more easily than a point cloud, or even enclose it and create a solid. I'm confused how to deal with these mesh/surface models in general, and if you can use the whole Solidworks surface tool interface on them, ie stretch, expand, add to, trim, cut with planes etc. One benefit I see of a full mesh over a point cloud is it's much easier with surfaces to tell if there are any interference's, or the levels of clearance between your new 3D model and the scanned part. Where as this could be difficult, if not downright impossible to do with a point cloud in some cases. Would love any more info on this whole process, and would love too if anyone in the comments knows stuff. Great video btw! Sorry for the huge comment :P thanks for reading, and sorry for saying point cloud 80 times. Really loved how you showcased the whole process to a good degree in a fun and interesting way. This is great stuff to get younger people interested in machining/mech eng/fabricating etc in general.

GMG wanted it finished just in the billet