Something about the framing, it looks like your sim rig is mounted on the ceiling.
Wtf happened to Martha Stewart? That is her in the middle?
No, don’t wash your mouth with water after brushing for at least 10 minutes.
Uhh...
Enrolls myself into UK elementary school.
Valve seems okay with TF2 mods on the older engine... See https://tf2classic.com/
I feel like the TF2Classic ran into dmca issues earlier in their dev cycle as well.
Edit: yes they did https://twitter.com/tf2classic/status/1436328611485818880
I wish the article gave better explanation to how hard it is rather than just stating that it's not brittle... Could revolutionize the cutting tools industry if it's harder than cubicBoronNitride (CBN).
notoriously bad sarcasm detection
Ahh first day on an Internet forum eh. There there.
Poe's law.
It seems like the argument is that at the lower price bracket, stepper motors offer higher performance than what a equivalently priced servo+encoder+controller combo can perform.
I felt like what I was reading in this thread wasn't matching up with that I see out in industry... concerns about 'price' didn't come up until your post.
Diamond turning machines are inherently low torque, low speed, AND nanoscale operations which uses servos for driving its respective axis. See precitech -youtube and in stark comparison Roeder's 5axis optical mold machining. Wire EDM's were all driven by servo motors until linear motors became popular. Even those famous JingDiao test samples are made on machines driven by servos.
Welp, time to run the chicken through the reverse osmosis system too.
Rolls up sleeves
Ohhh interesting, just grabbed it on F-droid. I'll be playing around with this for a while.
Steppers have a higher precision to a servos higher speed and torque (but torque that’s not constant.)
Just trying to understand this. Then how come all CNC precision machines use a servo instead of a stepper? I mean there are some ridiculously accurate machines that can position itself over and over varying under a micron (<.001mm) but the manufacturers choose servo over stepper. Is it for the sake of holding torque that servos have to be used over steppers?
Most, if not all, aerospace tools that take a measurement requires periodic calibration and assurance that the tool is performing to spec.
There can be thousands of unique tools that must pass through its own respective calibration process and documentation. Micrometers, calipers, torque wrenches, and even scales.
Having a networked tool can save the hassle of operators mis-reading or just plain ignoring the calibration sticker. Also, knowing the "location" of the tool on an inventory sheet isn't quite like knowing which side of a 747 for the wrench that is due for calibration.
Also this is just me hypothesizing... I presume there are a number of other benefits like automated logging of torque values for every single bolt installed with such tool. When the FAA audits for installation information regarding a single screw on a plane's 3rd row window side infotainment system's upper left mount... The data is easier to find.
This is all part of "industry 4.0" connected manufacturing for more efficient and lean manufacturing. Collect and process any data you could ever want to make the decisions for a manufacturer to do more with even less.
Saudi Arabia is going to love this news.
https://theguardian.com/environment/2023/nov/27/revealed-saudi-arabia-plan-poor-countries-oil