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Machina Labs Technologies and sheet metal manufacturing capabilities including roboforming (tm), trimming, drilling, scanning, and more. Video Credit: Machina Labs hashtag#engineering hashtag#technology

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142,292 просмотров • 2 месяцев назад •via X (Twitter)

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Time-lapse of roboforming sheet metal, by Machina Labs.
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Time-lapse of roboforming sheet metal, by Machina Labs.

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The robotic craftsman from Machina Labs are redefining metal forming! 🤖⚡️ Using AI-driven robots, they shape sheet metal without molds or dies—faster, cheaper, and more flexible than traditional methods. A game-changer for manufacturing!
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The robotic craftsman from Machina Labs are redefining metal forming! 🤖⚡️ Using AI-driven robots, they shape sheet metal without molds or dies—faster, cheaper, and more flexible than traditional methods. A game-changer for manufacturing!

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Traditional sheet metal fabrication needs custom dies for every geometry. Tooling runs weeks to months, and one design change scraps it. We built a Class 3 UAV airframe with Machina Labs using zero hard tooling. nTop and Machina Labs are at REINDUSTRIALIZE SUMMIT in Detroit, June 16–17, with the demonstrator on display. RSVP to schedule time with the team:
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There are a few misconceptions about Machina. I am gonna clarify in this thread: 1. “Machina makes Roboforming machines.” Partially true. But that’s like saying Apple makes keyboards. We make the Robocraftsman. A robotic manufacturing platform designed to perform many manufacturing operations with minimal or ideally zero geometry and material specific tooling. We started with forming. Roboforming Today the system also does: - trimming - hole making - slotting - QC/inspection And we’re will be adding: - heat treatment - forging - assembly - additive - and more. The long term goal is simple: One robotic platform. Many operations. Software defined manufacturing.
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There are a few misconceptions about Machina. I am gonna clarify in this thread: 1. “Machina makes Roboforming machines.” Partially true. But that’s like saying Apple makes keyboards. We make the Robocraftsman. A robotic manufacturing platform designed to perform many manufacturing operations with minimal or ideally zero geometry and material specific tooling. We started with forming. Roboforming Today the system also does: - trimming - hole making - slotting - QC/inspection And we’re will be adding: - heat treatment - forging - assembly - additive - and more. The long term goal is simple: One robotic platform. Many operations. Software defined manufacturing.

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At the VVDN Technologies booth at #MWC26, witnessed India’s manufacturing and engineering capabilities driving AI innovation in the automotive sector. Their Driver Monitoring System, developed in India, is now deployed in Amazon trucks worldwide, a powerful testament to Indian technology going global.
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The reshoring renaissance has arrived. REINDUSTRIALIZE 2024 has readied the smartest minds in technology and manufacturing to scale up the American industrial base. Thank you to all those involved: Mike Slagh, Aaron Slodov, Austin Patrick Bishop, New American Industrial Alliance, Newlab, Atomic Industries, University of Michigan, Oracle, John McCormick, @HadrianSpace, General Catalyst, Narya, Firehawk, Cubit Capital, Galvanick, Song United, Eclipse, 25madison, Ares Technology, New Founding, Acequia Capital, Michigan.gov, houseof, YMVSV, Vy Capital, Canopy, Machina Labs, Formic, Frontsight, Alex Burkardt, Alexa Liautaud, Augustus Doricko, Ben Kohlmann 🇺🇸, Bradley Rothenberg, Charly Mwangi, Chris Buskirk e/acc, Chris Garcia, Chris Power, Dean W. Ball, Drew Oetting, Edward Mehr & ErikDPrince
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Researchers at the University of Coimbra have developed a transparent, stretchable conductor inspired by the porous structure of dragonfly wings. Made from liquid-metal nanodroplets and graphene oxide, the material can stretch up to 14 times its original length while remaining conductive and surviving more than 100,000 deformation cycles. The technology could enable flexible displays, wearable electronics, electronic skins, sensors, transparent heaters, and light-emitting soft robotic actuators. The paper, “Liquid metal nano-gyroid stretchable transparent conductor for ultra-resilient optoelectronics and electroluminescence,” was authored by Pedro Alhais Lopes, Marta Calisto Freitas, André F. Silva, João Vilarinho, Miguel Morgado, and Mahmoud Tavakoli. Video Credit: Mahmoud Tavakoli #engineering #technology

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Under Secretary of War for Research & Engineering, & Department of War CTO Emil Michael (Under Secretary of War Emil Michael & Department of War CTO) says Neros Technologies is one of the emerging defense tech companies he is most excited about: "Everyone talks about Anduril & Palantir & SpaceX. Those are the 3 companies that in the last 10 years have broken into the defense sector to challenge Lockheed Martin, Northrup Grumman, the older primes." "My job is to create 5 more companies that work in the department and bring new capabilities." " I'm excited about everything from Planet Labs that does commercial satellite imagery, to Neros the drone company, to Hadrian that's doing AI manufacturing." "These companies are awesome, and they're doing great things, and they're doing things that are hard, that involve hardware, not just software."

sourcery

19,228 просмотров • 16 дней назад