It's a great system but it really ought to have an adaptation to maintain rotational alignment between clamps. With that the flexibility would be crazy good.
@@cyber2526 They specify the rotational repeatability and I forget what it was but not good enough to re-cut parts without probing, especially if they aren't small
@@Cosmobrosomething i guess if you are using dovetail workholding tho you aren’t going to use a 5 axis to remove the dovetail, only if the side with the dovetail needs 5 axis for its features too
How many rpm's can it handle ? Like if I have it on a rotary table that can spin up to 1100rpm's and like to know if it can hold it or gonna fly through the window
This is designed for static workholding therefore it should not be taken rotated at speed for any amount of time beyond conventional indexing speeds. The issue is that the workpieces could be very irregular therefore could possibly put enormous strain on the dovetail clamping as well as the spindle bearings of the machine.
@@kitagawaeurope that i already figured. it was in therory. like if you hold a round park with a hsk ER collet. how many rpg's would the base be able to handle before it would let go of the holder ?
It's a great system but it really ought to have an adaptation to maintain rotational alignment between clamps. With that the flexibility would be crazy good.
i think HSK holders already have that built in
@@cyber2526 They specify the rotational repeatability and I forget what it was but not good enough to re-cut parts without probing, especially if they aren't small
@@Cosmobrosomething i guess if you are using dovetail workholding tho you aren’t going to use a 5 axis to remove the dovetail, only if the side with the dovetail needs 5 axis for its features too
How many rpm's can it handle ? Like if I have it on a rotary table that can spin up to 1100rpm's and like to know if it can hold it or gonna fly through the window
This is designed for static workholding therefore it should not be taken rotated at speed for any amount of time beyond conventional indexing speeds. The issue is that the workpieces could be very irregular therefore could possibly put enormous strain on the dovetail clamping as well as the spindle bearings of the machine.
@@kitagawaeurope that i already figured. it was in therory. like if you hold a round park with a hsk ER collet. how many rpg's would the base be able to handle before it would let go of the holder ?