Electrical-Based Machining Electrodes TRIZ Cases
- Wire EDM Guide Support Using Ceramic Bimetal Thermal Compensation
A ceramic adjustment block uses the bimetal effect to suppress wire EDM guide misalignment from thermal expansion without added sensors or fluid cooling.
- Wire EDM Guide Arm Insulation for Thermal Drift Control
A thermally insulated fluid pipe in the wire EDM guide arm limits heat transfer, stabilizes arm length, and preserves machining accuracy.
- Wire EDM Fixture Rotation for Miniaturized Medical Joints
Rotating a wire EDM fixture lets each workpiece be cut one at a time across multiple planes, improving precision and shortening manufacture.
- Wire EDM Condition Transition for Stable Core Fixing
Stepwise medial machining and dwell control keep the discharge gap stable during core fixing, preventing short-circuits and wire disconnection.
- Recessed EDM Electrodes for Smoother CMC Feature Machining
Recessed-side EDM electrodes improve dielectric flushing in CMC machining, reducing surface roughness, micro-cracks, and electrode wear.
- EDM Measurement Piping Layout to Prevent Sludge Buildup
Working fluid circulation through EDM measurement piping returns sludge to the work-pan, preserving pressure sensing and fluid level accuracy.
- Digitized EDM Tool Electrode for Faster CMC Slot Machining
A matrix of standard EDM electrode elements speeds deep CMC slot machining while improving surface finish and reducing custom tooling cost.
- Multi-Electrode EDM Power Loops for Faster Material Removal
Electrically isolated power loops let multiple EDM electrodes discharge independently, raising machining speed and material removal rate.
- Wire EDM Feed Rate Control During Entry and Exit Travel
Lowering wire feed before workpiece entry and after exit reduces electrode waste and motor load without disrupting machining.