Segmented gas pressure adjusts wafer deformation to compensate for run-out misalignment, improving alignment accuracy in nanometer-scale 3D IC integration.
A MEMS liquid ejecting head uses laminated substrates of equal size to protect the pressure generating chamber.
A rotary table system uses a motor and pneumatic passages to measure individual clamp torque for each clamping mechanism.
Bayonet engagement eliminates cord tangling during assembly while fine adjustment mechanisms resolve coarse depth precision trade-offs.
Form-fitting ratchet protects drive gearing from abrupt braking damage while maintaining positioning accuracy.
Manual actuator pivots a door to engage or lock a threaded shaft, reducing device complexity while maintaining precise height control.
Segmenting the device into a reusable body and replaceable tips eliminates refabrication time while maintaining sub-micrometer alignment accuracy.
Vacuum sealing via anodic bonding removes trapped gas from CMUT cavities, preventing structural collapse caused by capillary forces.