It is now well known that zero point clamping systems reduce set-up times and thus increase machine running times. What all good zero point clamping systems today have in common is high precision and holding forces. However, this does not necessarily make it easier for a potential customer, because he has to choose from a large number of possible systems. It therefore makes sense to look at other important aspects in order to be able to decide without any doubts. But apart from the two rather technically oriented metrics, what are the decisive aspects that turn a good into a very good one zero point clamping system?
Read more: More than holding force and precision - What makes a good zero point system?
