ROBOFORMING: Behind the Scenes as Machina Labs (The Future of Metalworking) - Smarter Every Day 290B
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- Опубликовано: 15 сен 2023
- Main Channel Video: • ROBOFORMING: The Futur...
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This is a great paper to check out:
ris.utwente.nl/ws/files/68122...
Machina Labs Website:
machinalabs.ai/
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Warm Regards,
Destin
Can I place an order on a refrigerator front with Han Solo in carbonate? 😁
Mind boggling number of parameters to code for. I'm in awe of their audacity.
So I'm an EE who works in industrial manufacturing (welding robots, and some simpler machines) and these are by far the most generous with knowledge and interesting folks I've seen in ages. If they were near me I'd be trying to work with them. I'm amazed they let you film this much and I think everyone is better off for the experience!
Thanks for going deeper without asking us to go to a different platform, really appreciate that.
I’m at a loss for words. I dropped out of college and took a Manufacturing Engineering job. Being in the field has actually made me want my degree more, I’m hungry for the knowledge. Inspiring to hear him talk about leaving school to go work several times. Thank you for sharing his story at the end. What an awesome video.
Its fun to see the math that blacksmiths had to do by eye for hundreds of years. So many similarities between an ancient way of moving metal, and cutting edge tech.
I never thought I'd waste two hours watching videos about metal forming. Except it's not a waste. Thank you! I'm proud to be a patron, and I'm glad to help pay for it.
The excitement in these guys while explaining what they are doing shows how much they enjoy what they do
Only this channel allows an engineer to get enough high quality IDEA INPUT to have a BRAIN EXPLOSION. THANK YOU ‼️
This is mind tingling. I’m a glass blower and at 1h 11min he talks about re striking. It made the reasons why I form the glass, when I do through out my steps make sense to achieve an uniform wall thickness. It is so easy to unintentionally make the bottom of a glass vessel paper thin because it is having the most work done to it. Thank you so much for sharing the long form of your conversation with him!
Just the fact that these guys can reproduce car parts no longer manufactured makes me excited Obviously there are much more unique & creative markets for it but as a car guy, I can tell you that there are some body parts you just can't get anymore for classic cars without paying more than the car is worth. I would give anything to work in this facility even if I was just sweeping up after the machines
The video on the main channel was magnificent, but this was next level. Absolutely brilliant video with super smart people - who are definitely getting smarter everyday. Loving this series, Destin. Thank you.
Summary
I think Destin said the exact same words I'm thinking: "I'm in love with this place" :D
Dude, you could do a full channel on this series. Keep up the amazing work.
Hey Destin, great to see this content. Not sure if you are aware of this, but there is an NSF ERC (National Science Foundation Engineering Research Center) that formed about a year ago. It is called HAMMER and they are focusing on "additive plus X" (i.e. additive plus forming), you might be interested in looking them up. Ohio State is the lead, with Northwestern, UT Knoxville, NC A&T, and Case Western as members. One of the professors at Northwestern, Jian Cao, has some great work on incremental sheet metal forming.
As an artist and trained mechanical engineer that has been shaping metal and thinking about this for years, I am blown away. The level of shear technical proficiency in so many areas is frankly awe inspiring.. Would love to work with these guys on a project sometime..
It would be interesting to see a sheet that is laser etched or something, with a checkerboard pattern, then formed into a part. I wonder if you would be able to see how the individual squares get squished and deformed. (Or maybe the pattern would just get flattened out and you wouldn't see it)
“Deformed areas become magnetic” Love it!! So much new tech can come from this. True micro to macro scale affects with simple deformation and removal of heat in the process.
I loved the way the guys talked about the process without saying "oh, that's a secret we can't tell you." They were very forthcoming about the process and how it all worked.