nanotronics

Yesterday, @BelleLin at @WSJ profiled @Nanotronics. It currently costs $40-$70 billion & takes 5-7 years to build a new semiconductor fab. Nanotronics can stand up a Cubefab for $20M-$100M. Welcome to a world where any company or country can make their own chips. Link in comment

5 Steps To Transition Your Factory From Manual To Automated With AI via @forbes forbes.com/councils/forbe…

Want to start automating your factory but not sure where to start? Nanotronics CEO Matthew Putman breaks it down in 5 clear steps to move from manual to automated with real, practical advice. Check the full story in the comments below!

America was the world’s manufacturing superpower—until we lost our way. At Nanotronics, we’re committed bringing it back with AI, robotics, and nano-sensors. Our CEO Matthew Putman lays it out in Forbes Technology Council: how every company making anything can join the American manufacturing renaissance. Read it and let’s rebuild our industrial might together: (🔗 in comments)

Check out our latest article in Forbes, in which Matthew Putman discusses the impact of using AI for one of the most important industries in the world - manufacturing. Link in comment

Forbes article highlights how complex manufacturing is becoming one of America’s hottest tech sectors. Companies like Nanotronics, Anduril, Hadrian, and Varda Space are reshaping our world—far beyond software—and making life more affordable in the process. 🚀 🔗 in comments

🚀 Exciting news: Nanotronics has been named to Fast Company's Next Big Things in Tech 2024! 🎉 Proud to be recognized for advancing AI-driven manufacturing and helping to shape the future of tech. Here’s to more innovation ahead! #NextBigThings #AI #Manufacturing #FastCompany #Innovation

Proud to share our CEO Matthew Putman's latest @Forbes article on gallium oxide’s potential to power a sustainable AI future. 🌎  Learn how this material could revolutionize energy efficiency in data centers. #AI #TechInnovation #Sustainability #GalliumOxide #Nanotronics #Semiconductors article 🔗 in comments

Our CEO, Matthew Putman, talks with @SiliconSemi about Gen 5 AI—pre-trained and ready to revolutionize manufacturing with minimal fine-tuning. Full interview in the comments! 🚀 #AI #Manufacturing #Innovation siliconsemiconductor.net/video/524/Nano…

@adwooldridge from @opinion has written one of the most comprehensive stories on Nanotronics to date. He dove into our vision for a future of clean, AI-driven manufacturing; modern design; and how several groundbreaking technologies we’ve developed are reshaping our cities — and world for that matter.. The implications of Nanotronics’ technologies — enabling a future of high-tech manufacturing from within city centers — cannot be overstated. And we’re grateful that Bloomberg took the time to explore our technology from a broader socio-economic lens. See link in comments below.

🚀Exciting news! Nanotronics unveils nSpec Copilot™: a revolutionary AI platform for manufacturing process control. Boost efficiency, detect anomalies, and perform root cause analysis in real-time. Welcome to the era of AI-driven manufacturing. Imagine 10%, 20% or 30% efficiency gains by simply bringing your factory into the Age of AI. 🔗Link in Comment

Nanotronics just launched nSpec ES, an AI-powered optical inspection system designed for educational and research institutions— so that they can design, create, and produce innovative new semiconductors. We don’t want to live in a world where a small group of trillion-dollar companies are the sole vectors for chip innovation globally. The nSpec ES product line aims to empower students, teachers, and researchers of all kinds to enter the arena and lead the world into a more sustainable future. Link in comment

Today, Nanotronics is unveiling three new products designed to empower any manufacturer, regardless of budget, to improve factory efficiency with AI. Introducing cost-effective solutions that even small businesses can implement: 1. GEN V AI 2. nSpec LS Air: $200K (90% cost reduction) 3. nSpec PS Air: $250K (optimized for semiconductors) for more details see link in comments