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Hey Scott I don’t see Long in this video , what’s up with that LOL
Just finish in the lathe. Get some sand paper and scotch brite. We turn everything. Very rarely do we need od grinding
When's a MetalX video coming?
Please tell me what 3d pronting material it is
You should have added a wall but with a hole for the centre
Seems like you could have made that part just as quickly out of metal on the mill.
Why not use the hex to drive it? Unless the video is just to showoff the 3D!
"I have kind of weird history with pipe clamps." 😂 Same here, Tyson. Great to see the Mark Two in action
Random vid idea. How to get another job at a different machine shop shop after getting fired from your previous employer
I am waiting on the grinder lol
IF- a hose clamp is the quicker option, use some electrical sealing tape, not plain electrical tape, on the surface. It adheres to itself and almost everything that I've found.
If yall made in house tooling I'd so be there to apply in a heart beat, been a Cutter Grinder for a while now, greetings from Guhring Brookfield!
"A couple of hours…" my ass we need it now says my boss!
inventing the weels again
These are the kinds of videos that you guys need to put out, informative, educational, technical.
Please stop with all the philosophical filler content and please provide more solid useful information such as this!
Thank you.
That's the DIFFERENCE between you and others.
Looks like you found contentment Scott, Titan keep on Booming on
People like to assume / complain about 3d printing in the machine space and taking jobs. I personally feel its going to compliment the shop very well and make things more efficient
Smart and wise solution👍
Had a dog let loose allowing the part to spin with the wheel once. Part came out of the machine about 6 inches over my head. Fun times
LOL on the editing of the 'hose clamp flashback' sequence; will you ever live it down…
Seems like that machine ought to come with a wider set of dog diameters. Maybe just go thru the effort to make a range of sizes from steel or aluminum that can sit in the tool chest.
3D printing is a cool solution tho and a real boon when oddball stuff is needed. But this was just a round shaft so seems like it won't be the last time this issue crops up. IMO worth fixing with some harder tools.
I enjoy your content. Have you ever tried cam lock drive dogs?
Thats a very creative blend of additive technology to your normal cnc/grinding work to implement a solution to a problem.
I would question if the use of a lathe dog would be appropiate in this case, specifically in the position in which it was clamped in, it would have been better suited to the flats of the part rather than the round edge. Also the use of soft jaws could have achieved the same effect.
If you can do it in house all the better! Digging it.
How about a split clamp design? With a split one side and your drive dog the other for increased clamping force
Don't feel so bad about your single hose clamp goof up. A single hose clamp ended up sinking a brand new 50' Hatteras sport fishing boat on its way from Oceana Virginia to New Bern NC. 2 men died when the boat sank in frigid Feb waters here in the Neuse River mere feet from the inlet here in Oriental NC. Their bodies were found across the river frozen to death. One hose clamp.
I wish we had additive at my shop.
Nice editing 🙂
Taking it to the next level, you are.
Nice but the thread inserts should be on the inside so they can't be pulled out with screw force
It's really impressive how durable the 3D printed part is. I guess it would have to be in order to work in that machine. Great solution and video! Also the terror flashback scene at 0:57 was great lol! And Tyson's face at 1:27! Loved that entire bit
A solution to a problem and did not cost that much….???????
Hi, I'm Magaret. I just found your youtube channel and I love being able to feel like
I'm back in the shop again. Thanks for sharing!
P.S. Trevor is quite the little chipmunk. LOL!!!
Love seeing how Additive can be applied to Machining processes, and these collabs are great😁
hahha funny. love these videos
Why not to insert nuts from the inside of the ring ?
Excellent application of Additive Manufacturing (AM), smart, efficient, effective, while enabling/extending Subtract Manufacturing (SM) capability/performance 🙂
3D print some little "Shoes" for the screws so you dont have to f+%& around with the shims 🙂 That would be a nice addition to the drive dog
Lol the hose clamp! Poor guy will never live that one down! Great content as always!
Wow, what an expensive solution to a very simple problem!
An interesting application but seemed like the most expensive and inefficient way of doing this.. This could have been designed and cut from a piece of plate steel, aluminum or plasitc (Plasma, waterjet or laser.. all would do the job).. Weld on a few nuts and a tab and you would have had what you needed in an hour or less..
Very cool. Communication and teamwork to find a quick solution. My question is, how did they get the threaded inserts into the 3D printed part? Does the insert have internal and external threads that then screw into the tapped part? Great video!