Moulds TRIZ Cases

A concrete fence post molding system integrates a reinforcement cage and aperture molds within the casting box to form durable stanchions.

Buffers and snubbers between the shoe and backup plate eliminate dimensional variations and spider cracks in masonry blocks.

A clamping device with adjustable holding elements secures prefabricated wall parts on a form pallet.

A retractable dough divider switches between divided and undivided modes to handle roll or loaf production.

Merging components via injection molding maintains dimensional accuracy, preventing resin flow into liquid supply paths and eliminating blockages.

Segmented formwork panels allow independent equipping, reducing space requirements in battery mold production.

CF4 plasma treatment adjusts surface energy on imprint molds to prevent adhesion of light shielding material and eliminate residual film formation.

An articulating molding insert moves in multiple directions to extract parts from complex cavities.

Merged casting process secures rubber linings into concrete cores, preventing detachment and surface degradation.

Combining GMT forming with injection molding to reinforce seat structures, reducing cycle times while maintaining strength.

A molded gel headgear disperses impact energy using a viscoelastic composite material.

Transition coils and segmented molds enable plastic springs to resist corrosion while maintaining load-bearing capacity.

Layered calcium sulfate hemihydrate deposition eliminates mold requirements and material waste while maintaining structural strength.

Segmented graphite molds with adhesive layers simplify fabrication of complex profiled ceramics, resolving manufacturing difficulty.

A unitary elastic mold and cutter combination cuts and shapes moldable material using a stretchable silicone structure.

Segmented clamping units slide on a single axis to reduce structural weight and complexity while maintaining casting precision.

Segmented EPS foam formwork eliminates retaining walls to resolve construction complexity while maintaining dimensional accuracy.

A flexible fused silica template deforms under fluid pressure to conform precisely to the substrate surface during nano-scale imprint lithography.

Segmented thermoplastic shells and vent conduits in a modular mould prevent air bubbles and distribute antibiotics within orthopaedic cement spacers.

Segmented cavities with a common partition plate create smooth block faces, resolving rough fracture surfaces from splitting.

Self-interlocking formliner ribs nest together to create continuous decorative surfaces in cured concrete.

Parallel ribs enable a flexible interior trim component to match curved openings without recesses, preventing dirt accumulation and pinch points.

A telescopic canning sleeve uses frictional engagement to form voids in concrete floors.

Segmented modules with sliding slots and rotating joints adjust stair geometry, reducing the need for multiple fixed molds.

Oblique-ended asymmetric rods bypass concrete obstacles to rest on mold bases, ensuring precise wall thickness and reliable mechanical connections.

Electrospinning aligns polymeric nanofibers to create a scalable dry adhesive that resolves the trade-off between high shear adhesion and low detachment cost.

A mould with interlocking parts and a reservoir system shapes liquid ceramic compositions into packing members.

Removable reinforcing means on shell holders maintain radial support for shorter shells, reducing material waste and machining time.

A linear groove in the partition wall fills with molten resin during die slide injection molding, eliminating air leakage errors in pulsating flow measurements.

Using a dense inert gas like argon stabilizes the atmosphere, preventing polymer degradation and eliminating turbulence from continuous flushing.

Segmented discharge conduits remove trapped air to prevent membrane explosion and ensure uniform ceramic tile density.

A molded circuit board uses non-coplanar sections to enable flexible component placement within compact electronic devices.

Single-piece plastic void formers leave recesses in concrete, eliminating wood waste and assembly time.

An adjustable mold shapes pre-cast concrete retaining walls using interchangeable rails and a contoured base.

Segmented stator and rotor plates with multi-function blades increase output capacity without monolithic structural complexity.