Electrical-Based Machining Electrodes TRIZ Cases

Dielectric liquid quenching during spark erosion prevents surface oxidation while continuous feeding mechanisms increase industrial production rates.

Compressed air micro-vibration moves the wire electrode vertically to navigate narrow clearances, resolving threading failures and reducing operation time.

Electrical continuity detection replaces mechanical sensors to resolve switching reliability contradictions in wire electric discharge machining.

A stabilizing plate isolates the electrode from cap deformation in pressurized electrochemical machining.

Dynamic flow control reduces filtration filter pressure and extends service life.