Lamination TRIZ Cases

A resist layer containing photoresponsive material transfers from a multilayer film to a bank substrate using pressure and partition walls.

A roller with varying elasticity compresses polymer sheeting around pipelines to ensure uniform pressure distribution.

A magnetically responsive lamination uses a spacer layer between ferromagnetic free layers to boost the magnetoresistive ratio.

Seamless distal end eliminates rigid caps to resolve conformability trade-offs, ensuring superior pressure distribution and durability.

Axial blade arrangement on a single cutter roll enables angled cutting of reinforcing fibers, reducing waste from multiple specialized rolls.

Pre-compressing and welding prefoamed particles to the inner wall prevents detachment and cavity formation during cooling.

Embedding a support ring during molding eliminates mechanical reworking cuttings that damage downstream components.

Thermal cycling of a shape memory polymer bilayer generates reversible and irreversible wrinkle structures, bypassing complex lithographic equipment.

A thermally expandable acoustic baffle seals cavities using a carrier with openings that allow coating penetration before expansion.

Dual-bond films stabilize optical filter substrates, preventing inclination during assembly to ensure high-precision gap control and wavelength resolution.

An opaque acrylic passivation layer conceals conductive metal traces beneath the cover glass of touch sensitive devices.

Automated sequential stations cut, align, heat, and shape composite plies into precise structural joint noodles, resolving manual labor bottlenecks.

Partial affixing using a heated platen reduces processing time per card and minimizes patch film waste during high-volume production.

Integrated hook pulls back foil from edges and raises rubber seams, eliminating air bubbles without switching tools.

Segmented roller covers with shape memory alloy couplings increase nip time, resolving the trade-off between production speed and embossing quality.