Precision Positioning Equipment TRIZ Cases

Curved liquid surfaces carry micro components via surface tension and buoyancy to intermediate positions for precise placement.

Structured adhesion layers with degassing channels connect semiconductor chips to carrier substrates, eliminating void formation during thermal bonding.

Oscillating magnetic holding forces vibrate contact surfaces, overcoming frictional resistance to achieve precise laser machining head alignment.

Segmented via trenches reduce aspect ratio and filling complexity while protecting metallic cores in ASIC substrates.

Conductive liquid flows through substrate channels via capillary pressure to form automatic electrical traces on semiconductor dies.

Hydraulic cylinders adjust tube end positions based on sensor-measured radial offsets, resolving poor weld quality caused by manufacturing tolerances.

A rotary table clamp mechanism calculates piston abrasion using working fluid pressure changes and spindle load torque data.

Solvent-treated resin layers bond at sub-glass transition temperatures, preventing thermal deformation of microfluidic chip structures.

Merging the motor rotor shaft and reducer input shaft into one unit removes separate bearings and connecting hardware, shrinking the apparatus volume.

Inverting placement by lifting the measuring table to meet a suspended workpiece prevents collisions and maintains measurement accuracy.