A transceiving device extracts zero-average AC components from analog signals to verify rotating part status.
Predictive spindle alignment automation compensates for wafer thickness variations, eliminating manual technician adjustments and boosting grinding throughput.
A grinding system monitors device wafer thickness independently from the carrier using integrated sensors to maintain precise dimensional control.
Machining a grinding channel into ceramic blanks separates residual pieces, reducing processing time and tool wear during dental object production.
Counter-rotating grinding wheels sharpen both knife edges simultaneously while optical sensors measure the profile to eliminate manual labor.
Circular saw blade indexing assembly uses a radius adjustment mechanism to reposition the feed finger relative to the saw hub.