Machining Electric Circuits TRIZ Cases

Ceiling-mounted ion emitter modules generate nonthermal plasma to continuously inactivate airborne and surface microorganisms across complex spaces.

Segmenting complex profiles and varying wire scan speed by curvature helps keep material removal depth uniform and improve machining accuracy.

A backside support stabilizes clamped turbine workpieces in pECM, reducing deflection and preserving machining accuracy on complex airfoil shapes.

Bipolar pulse shaping in HS-WECDM suppresses anodic oxidation and wire wear while maintaining high cutting rates through immediate ignition interruption.

Alternating negative pulses with interrupted positive ignition suppresses anodic oxidation, fluid decomposition, and wire wear in HS-WECDM.

Pressurized electrolyte guided through an insulating tube breaks down a gas layer to clear burrs in fine deep holes with better surface quality.

Route sections are rated by feeding difficulty so retry decisions follow wire tip position, improving auto wire feeding success and machining efficiency.

Applying negative voltage to the polishing pad creates an electrostatic field that repels silicon dioxide particles, preventing residue and scratches.

A gap detection apparatus uses a mechanical feedback circuit to measure machining distance independently of electrolyte conductivity.