Man that Cat 60 is Beefy O.o Very interesting but a bit unorganized. How much script did you write before the video? In Europe SK 30/40/50 is the eqivelant to CAT/BT. HSK is a whole nother level. I have never seen or even heard of a shop that runs exclusively HSK tooling on everything. SK 40 is very common, at least where I live. Greetings from northern gernmay
We don’t run production. We remanufacture CNC spindles but we do have a full CNC shop to manufacture & remanufacture spindle components for our Spindle Room. Thanks for the input as I really do appreciate the feedback. Have a great day
@@tedladzinski5809 Ok. To me, a spindle is a spindle - but what you have is much more complex. You also appear to have a selection there - and that doesn't help. I was not even convinced by what you were saying was actually correct (regarding encoders). My train of thought to cover this interesting topic, would be for you to start with your most complex CNC spindle completely stripped down to the actual spindle the chuck etc. mounts to. Then make the video cover the rebuilding of it peiece by piece explaining what each of the pieces does. My guess is the CNC spindle does nothing but rotate and hold a 'chuck'. Very simple. So the first question is speed range - and I'd guess that's almost 0-max speed in almost finite steps. I'll have a guess: 0·001 to 5000 rpm ? So if you wanted a speed of 2463·841 rpm, you could have that. I'd also expect a speed of 0 and a position anywhere between 0·000 and 359·999° I'd also expect the spindle to carry chuck control connections - electrical and either pneumatic or hydraulic. So build the whole thing, bit by bit explaining what each bit does and how - if it needs explaining - such as chuck electrical connections via brushes and slip rings. Feel free to discuss ideas with me further.
super helpful, this channel is really underrated, you really take whats under the housing for granted
Thank you very much. Still getting used to this long format but I really appreciate your positive feedback
Excellent info! Nice job team.
T-Bone 🥩. Looking forward to seeing you next regarding Reverse Engineering & Mfg w both CNC & Manual Machine Tools
Great content.
Thank you for sharing.
Great info and presenting by Ted, but this video is literally vibrating the entire way through which makes it very uncomfortable to watch.
Thanks for your kind words & sorry for any technical issues
Very Nice information to the point
Thank you!! it was really good!!!
Looking forward to what Thomas Allman has for us next
Man that Cat 60 is Beefy O.o
Very interesting but a bit unorganized. How much script did you write before the video?
In Europe SK 30/40/50 is the eqivelant to CAT/BT. HSK is a whole nother level.
I have never seen or even heard of a shop that runs exclusively HSK tooling on everything. SK 40 is very common, at least where I live.
Greetings from northern gernmay
We don’t run production. We remanufacture CNC spindles but we do have a full CNC shop to manufacture & remanufacture spindle components for our Spindle Room. Thanks for the input as I really do appreciate the feedback. Have a great day
DEAR GOD !!!!!!!!!!!!!!!!!!!!!!!!!!
#ila
great content, but the screen shaking makes my tummy little woozy
Got bored after 4 mins :(
Understood. I’ll try to do better in the future. Any suggestions is appreciated
@@tedladzinski5809 Ok.
To me, a spindle is a spindle - but what you have is much more complex. You also appear to have a selection there - and that doesn't help. I was not even convinced by what you were saying was actually correct (regarding encoders).
My train of thought to cover this interesting topic, would be for you to start with your most complex CNC spindle completely stripped down to the actual spindle the chuck etc. mounts to. Then make the video cover the rebuilding of it peiece by piece explaining what each of the pieces does.
My guess is the CNC spindle does nothing but rotate and hold a 'chuck'. Very simple. So the first question is speed range - and I'd guess that's almost 0-max speed in almost finite steps. I'll have a guess: 0·001 to 5000 rpm ? So if you wanted a speed of 2463·841 rpm, you could have that.
I'd also expect a speed of 0 and a position anywhere between 0·000 and 359·999°
I'd also expect the spindle to carry chuck control connections - electrical and either pneumatic or hydraulic.
So build the whole thing, bit by bit explaining what each bit does and how - if it needs explaining - such as chuck electrical connections via brushes and slip rings.
Feel free to discuss ideas with me further.
They are made in Germany by Mori Corp. Tolerance of 1 10 thousands of an inch.