- Joined
- Feb 18, 2016
- Messages
- 451
@ Mark,
The short bed does concern me in theory. But in practice it hasn't been a problem yet. I do wish I had a center rest though. In fact, I'm thinking of building one.
I also haven't experienced any problems with the high perch yet. But then again, most things I don't go require extreme precision so unless the flexing was causing chattering problems or something like that it probably wouldn't be to big of a deal in terms of precision. At least for most things I make. I just don't need real tight tolerances on most things I make.
So far I seem to be able to turn a shaft to within a thou with no problem. I don't currently foresee a need to do better than that. I'm typically not making super precise stuff. It's just not required for what I'm building. Usually if I need a tight tolerance on a moving part I buy bearings that provide the tolerances I need, and then just machine the mounts for those bearing. So the tolerances are taken care of by the bearings, not by my machining.
There's always a way to get around a need for close tolerances when you are free to design the finished product.
The short bed does concern me in theory. But in practice it hasn't been a problem yet. I do wish I had a center rest though. In fact, I'm thinking of building one.
I also haven't experienced any problems with the high perch yet. But then again, most things I don't go require extreme precision so unless the flexing was causing chattering problems or something like that it probably wouldn't be to big of a deal in terms of precision. At least for most things I make. I just don't need real tight tolerances on most things I make.
So far I seem to be able to turn a shaft to within a thou with no problem. I don't currently foresee a need to do better than that. I'm typically not making super precise stuff. It's just not required for what I'm building. Usually if I need a tight tolerance on a moving part I buy bearings that provide the tolerances I need, and then just machine the mounts for those bearing. So the tolerances are taken care of by the bearings, not by my machining.
There's always a way to get around a need for close tolerances when you are free to design the finished product.