Shaping Tools TRIZ Cases

Segmented rubber molding prevents spring-back and local thinning in large metal separators, ensuring uniform pattern accuracy during mass production.

Segmented die blocks and dynamic spring retention enable rapid punch exchange without full unit disassembly, reducing changeover time.

Wedge-based assembly device automates small pan production, reducing labor intensity and part damage while maintaining high precision.

A connecting rod design uses differential cold forging to increase rib tip and root hardness without complex dies.

Vertical suspension of steel sheets inside a heating furnace eliminates roller shields to improve radiation efficiency and prevent meandering.

Segmented die holders overcome stiction via preliminary separation forces, reducing manual effort during press tool changes.

Dynamic speed adjustment prevents press marks at the outside edge while eliminating expensive shaping dies.

Hot-press sintering of high-purity alumina powder with a binder creates a dense ceramic body.

Ethylene glycol heating in a wind turbine blade mould eliminates water freezing and silicone contamination while enabling 130°C operation.

Segmented hydraulic force transmitters press supply pipe onto rock bolt channel while gripper drive clamps central block, ensuring safe high-pressure operation.

Periodic blank holder detachment prevents cracks in high-strength automotive frames by allowing free sheet sliding.

Rapid finishing annealing exceeding 100°C per second reduces production costs while maintaining magnetic flux density in non-oriented electrical steel.

Induction coils heat the extrusion die to maintain uniform temperature, preventing imperfections in continuous aluminum sheathing.

Secondary cutting edges in a rotary mold prevent boundary gaps at sidewalls, eliminating the need for post-process polishing.

Reciprocating head arrangement with annular wedge coupling applies sealant at frame corners before bending, eliminating vapor leakage paths and reducing scrap.

Interchangeable active tool assembly with microprocessor-driven functional head reduces device complexity while maintaining processing versatility.

Preheating steel sheets reduces furnace energy consumption while simultaneous trimming eliminates separate labor-intensive operations.

Segmented cooling channels regulate tool temperature without weakening cast structure integrity, preventing cracking in high-deformation areas.

Deflectable actuators form a dynamic press recess to overcome static tool limits and spring back, enabling sustained bend angles exceeding 180 degrees.

Pitching plates and limiting poles in a compressing jig ensure uniform adhesive distribution by maintaining parallel alignment of semiconductor devices.

Heated mandrels improve ductility in titanium alloys, enabling precise machining of complex contours without chemical milling defects.

Non-uniform die gaps compensate for insulator expansion during bending, preventing bulging and ensuring insulation integrity.

Adjustable trap walls on the punch restrict sheet metal flow to eliminate trial-and-error machining and reduce setup time.

Elastic clamping edges on the mold element generate radial forces to hold pin segments securely against high process forces.

Check valves on a T-coupling maintain fluid pressure while relieving overpressure, preventing pump overload and extending operational life.

Segmenting the drive unit from a combined gas supply and mold assembly reduces component replacement time while maintaining product shape versatility.

Embedded piezoelectric sensors measure tool strain directly during press forming, resolving measurement precision issues for complex shapes.

A spacer sets the wedge extent to restore block alignment after replacement, ensuring contiguous workpiece features.

Direct current lowers flow stress to reduce deformation force, eliminating tool adhesion and dimensional inaccuracies from thermal methods.

A rolling method segments boards into uniform thickness sections and transitional zones to produce variable profiles directly.

A vertical press forming method aligns flat plates between opposing dies to compress material into recessed sections.

Thermally treating vehicle rear rails creates localized hard strength zones at geometry transitions to enhance structural rigidity.

Segmented hard films with alternating chromium and vanadium layers suppress initial galling to extend component lifespan.

Automated flipping apparatus uses a temperature-dependent adhesive to reverse semiconductor device surfaces.