@Mrpsychotehpyro Very good question. This very early prototype did not have a 'lathe' mode. All moves are axis moves, including the spindle rotation. Ultimately I built a special circuit board to swap control from an 'axis' to a 'spindle'. There are a series of videos showing the evolution of this machine. Please check them out and you will see the latest models are very, very different from these early proof of concept type machines, including continuous 'lathe mode' spindle operation.
This is just early proof of concept stuff. In later videos you can see the actual steel parts being machined using the lesssons learned with these early protptypes. This X2 and early prototype 4th axis are long gone.
For quantity of 10,000 bolts, I'll need a deposit . . :-)
What is under development is the 4th axis. see later videos for the progress. The 4th axis development is completed now and it is a very different animal from what is shown in these early videos.
I have a milling machine and I want to put a power head on it like that. How could a guy rig up a lathe chuck that can be indexed? As in, how can you spin a chuck fast enough to machine, yet still have it positioned with a stepper/servo motor?
Hi, which program do you use to create g-codes? I'm very interested!
maximilianlindner 4 months ago
This is cool, but i wonder...why does the lathe spindle stop after every cut?
In threading its obvious, but for the roughing and finishing cuts on the basic shape, why ?
Mrpsychotehpyro 10 months ago
@Mrpsychotehpyro Very good question. This very early prototype did not have a 'lathe' mode. All moves are axis moves, including the spindle rotation. Ultimately I built a special circuit board to swap control from an 'axis' to a 'spindle'. There are a series of videos showing the evolution of this machine. Please check them out and you will see the latest models are very, very different from these early proof of concept type machines, including continuous 'lathe mode' spindle operation.
Simpsons36 10 months ago
I need 10,000 of these by next Friday, or you can go to the nut&bolt house and buy them ;)
jacktheripped 1 year ago
@jacktheripped
This is just early proof of concept stuff. In later videos you can see the actual steel parts being machined using the lesssons learned with these early protptypes. This X2 and early prototype 4th axis are long gone.
For quantity of 10,000 bolts, I'll need a deposit . . :-)
Simpsons36 1 year ago
what is the thing being designed here anyway?
MatrixOfDynamism 1 year ago
@MatrixOfDynamism
What is under development is the 4th axis. see later videos for the progress. The 4th axis development is completed now and it is a very different animal from what is shown in these early videos.
Simpsons36 1 year ago
Oh, and why does mach3 require so many work arounds? is it because this is an unconventional CNC setup?
W4llyB4nger 2 years ago
Uh yeah.... that's pretty friggen cool =-D
I have a milling machine and I want to put a power head on it like that. How could a guy rig up a lathe chuck that can be indexed? As in, how can you spin a chuck fast enough to machine, yet still have it positioned with a stepper/servo motor?
W4llyB4nger 2 years ago
Looks great! Is there more info available anyplace?
mpayson 2 years ago
Yes, check the Machsupport forum for a thread entitled 'Success - mini machining center . .'
Simpsons36 2 years ago
Click on the video response above. That video shows the final scratch built 4th axis in action. MUCH more powerful and faster.
Simpsons36 2 years ago
Anarchistic!
Axbent 2 years ago
That IS cool. Good job!
skaterking411 2 years ago
Man, Is that an indexing head? Cooool!
togaida 2 years ago
Damn, that's cool!
thai2day 2 years ago