No matter how much hands-on experience I have, I find myself asking a hundred dumb questions a month just so I can answer five complicated ones later. Five years ago I knew a lot about machines, programming, and process. Now I can help build and service an entire factory floor.

I need inventory, I’m paying a minimum of $1000 for any leads on a machine or facility. Last commission was $5k on a lead that was for two mills. 👀

STEVE CAN CONTROL MACHINE TOOLS. I made an AI that can control my Syil X7. Not hobby tools, machine tools. Ones that you can buy from @titangilroy or from Dynamic @ChipHaze What a time to be alive. Github repo so you can build your own connectors below.

NVIDIA just dropped an open source Apache-2.0 licensed CAD kernel HAHAHAHAHAHAHAHAHAHAHA i honestly feel bad for the prop CAD bros. this week has been nonstop L's and it isn't getting better from here github.com/NVIDIA-Omniverse/…

My first time on X .But this is what i have so far. You'll see me alot fron now on. Hope to see you(you won't regret it 😉)

The bolt gets set into the frame plate, I need to put a retainer on the end of the gears shaft. Altho this is twitter, be aware that if you see a cool post by me and DONT bump the like button, the post probably wont be shown to the rest of my followers :(

A question for actual mathematicians/people who have actually tried to read and understand the OpenAI proofs: What (if any) are the big new methods/ideas you've seen in the proofs? 1/

You all funded $267.71 for Steve Studio to keep it free for everybody. The more you share my content, the more resources Steve Studio has.

🎙️ A new episode of Bits and Bolts is out today! You can automate a thousand clicks in CAM software. The harder problem is understanding why a machinist makes them ⚙️ Before the first cut, someone has to choose the tools, decide how to hold the part, interpret tolerances, and plan the order of operations. Much of that judgment lives in an experienced machinist’s head. So I sat down with Nistha Mitra, co-founder and CEO of Neuramill, for the latest episode of Bits & Bolts. Neuramill is building an AI co-pilot for high-precision manufacturing, with the goal of helping one machinist do 10x more by capturing the reasoning behind those decisions. We talk about the missing data behind physical AI, preserving knowledge as experienced machinists retire, and why human judgment remains essential when you’re making mission-critical parts. 📌 Chapters: 00:00 An AI co-pilot to make a machinist 10x 00:27 Meet Nistha Mitra and Neuramill 01:38 Foundation models, explained 03:43 How data and robotics are changing manufacturing 06:44 Why trust matters in manufacturing AI 09:05 The missing data behind physical AI 12:31 Is a complete physical AI model decades away? 14:18 Neuramill and the knowledge machinists carry 17:14 From a drawing to machining decisions 20:03 Milling, setups, and micron-level precision 22:39 Where Neuramill fits between CAD and CAM 25:09 What early machine-shop deployments revealed 27:53 Why space manufacturing needs this 29:07 Additive versus subtractive manufacturing 31:38 Can dark factories make mission-critical parts? 32:59 Bringing the next generation into machining 35:16 The vision for an AI-native factory floor 36:42 Thanks, outro, and bloopers

I just want to remind all of you that amazing shit is built in places other than SF, LA, Austin, etc. Real Americans are build amazing shit with no background at famous companies in places you have never heard of. Midwest builders need their own thing somewhere semi-rural without all the same BS as the startup capitals. There is so much untapped potential in the Midwest in people that will never move to the big cities and they all have a top notch work ethic.