workpiece

It is used a lot for cooling but in many systems its used without a classical heat exchangers where the helium is isolated from the workpiece.

In nearly all cases an indexing fixture carefully aligns the workpiece and the robot/machine executes a canned motion cycle.

One weird thing about software jobs as opposed to other crafts is the persistence of the workpiece.

Do you have any ideas on how to harness AI to only change specific parts of a system or workpiece?

That way you can rest the tip of the iron on the workpiece.

In that case, we obviously can't just have the filings move through each other or the workpiece being manipulated.

It'd be cool to have a way to bind the links up so they stayed stationary, and then you'd rotate your workpiece around it.

An industrial robot arm is a computer-controlled 3D moving working head (notice a pattern here?) that can add new parts to an existing workpiece.

In reality, art is as much the characteristics and execution of the workpiece itself, the cinema Starship Troopers, as it is the collective viewer's response to it.

If you put a dirty hand in between your hood and your dish, you're still blowing contaminants onto the workpiece, you're just doing it in a straight line.

Can you use such a construction to create carbon nanotubes or equivalent and then lay them out in a three dimensional lattice structure with nanometer precision and six-sigma workpiece reliability?

Another trick for tapping is to use something pointy in the drill chuck to center the tap after drilling, assuming you've clamped down your workpiece in a drill press or mill.

"Can you use such a construction to create carbon nanotubes or equivalent and then lay them out in a three dimensional lattice structure with nanometer precision and six-sigma workpiece reliability?" I can use biochemistry to build second-generation machines which might be capable of doing that.