this post was submitted on 01 Sep 2023
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If the spindle was free turning and you could still make the handles turn, I'd maybe consider it, but that is in incredibly bad shape. It would need to be completely disassembled right down to the gearbox, have all the ways relapped and ideally re chrome-hardened (not for the layman to do), probably all the screws cleaned and potentially replaced because I'll bet that has a ton of backlash, belt replaced, everything re-leveled and squared. It is indeed a ton of work and if you don't know the tricks behind taking Bridgeports apart, don't have the additional equipment for the precision surface repair - or don't have a small jib crane around your shop to actually move all the insanely heavy parts - it's going to be quite a difficult, albeit not impossible, kind of job.
And all of the above is simply hoping that water has not collected and pitted the ways beyond repair.
I do remember that the ways still were shiny in the inside and the knee moved pretty smooth aswell as the spindle turned, however the the quil was a bit rough to move up and down, but still did. I don't have a crane but I will have alot of space were I plan to restore it and plan to go out on weekends to work on it. I don't know about the pure weight of the mill parts, like how much the knee or the spindle weights but Thanks for the advice. I may go out and look at it again because I talked to an old timer machinist that's currently working on building a 5 axis cnc mill in garage and he told me a few things to check like the ways and how to check them for wear.
I don't remember exact weights but I believe the table itself was about 150LB of iron, and the knee casting about 300-350. The head itself might be another 300-400 with the motor attached, and the total combined machine weight is typically over 2000lb. None of them are movable by hand.