Lamination Ancillary Operations TRIZ Cases

An isolation film on a carrier bonds wafers with controlled peeling strength, preventing breakage during debonding.

A carrier plate removing method forms a shoulder portion on the peripheral edge to enable downward force application for separation.

A colorful patterned color-changing fabric uses a flexible transparent conductive layer to drive electrophoretic color rendering in electronic ink microencapsules.

Pre-cured relief patterns on a plastic film enable decor-synchronous embossing, eliminating matching precision issues in continuous production.

Pre-patterned adhesive tape simplifies microfluidic device manufacturing by replacing complex photolithography with precise mechanical cutting and adhesion.

Tapered embossed polymeric interlayers resolve the contradiction between de-airing performance and optical clarity by localizing surface roughness.

Transparent textile fibers coated with resin support an organic planarization layer with controlled contraction to maintain structural stability.

Laminating plastic sheets with directional elastic modulus creates a reed that mimics plant-based rigidity for accurate tone reproduction.

A low-profile air knife with axially-spaced nozzles ejects gas to strip substrates from printer surfaces.

Floating connections accommodate thermal expansion during high-power operation, ensuring stable gap consistency and simplifying maintenance.

Removing base film end portions before bonding prevents creases and blue stain in polyvinyl alcohol polarizer layers.

A noise-absorbent fabric combines a heat-resistant nonwoven layer impregnated with a binder and a stacked metal film to achieve sound absorption.

A label peeling machine uses a carrier belt and curved claw to separate adhesive labels from non-liner stock.

Dry milling expands leather against a constrained reinforcing fabric to form a unique textured surface.

Bent laminated graphite bands overcome directional limits to maintain stable heat dissipation in thin mobile devices.

Applying a nonstick release layer allows backing removal without damaging strands, while melting fixing threads eliminates delaminations and reduces weight.

An optical grid pattern detects card surface deformations through diffraction, reducing manufacturing defects and ensuring standard compliance.

A segmented insulative device kit with low permeance laminate and adhesive tape.

Oriented liquid crystal polymer pellets lower the in-plane linear expansion coefficient to 20 ppm/°C, ensuring dimensional stability.

Automated conveyor laminates electronic sub-assemblies between polymer layers, resolving manufacturing inefficiency through segmented modular processing.

A retractable separation device moves prepreg away from support tape to enable precise deposition on complex shapes.

Segmented UV-IR curing heats laminates to prevent sagging while establishing interlaminar strength through photopolymerization.

Irregular embossed thermosetting resin surface reduces fingerprint visibility while maintaining wear resistance without costly additives.

Optical contact bonding joins a synthetic quartz glass protective member to the workpiece surface for defect-free cutting operations.

Thermal treatment reduces adhesive strength between the support and hard coat layer, preventing cracks during curved cutting operations.

Segmenting thermal insulation from a recycled fiber core resolves compressive strength loss while enabling flexible installation on curved roof contours.

Segmented thermal zones in the mould manage heat flow to reduce tooling complexity while maintaining precise curing control.

Non-woven blending and lamination produce flexible rollable carbon paper, reducing energy consumption in fuel cell manufacturing.

Combines injection molding with layer-by-layer 3D printing to join plastic components via matching mounting surfaces.

Segmented injection molding and press rolling resolve low production efficiency in modular flooring by creating precise interlock shapes.

Porous scrim layers between plies provide air escape pathways during consolidation, preventing blister formation without active monitoring.

A fuel cell joining device detects catalyst layer passage to adjust gas diffusion layer conveyance timing.

Segmenting and melt welding perforated polymeric foams maintains blowing agent dissipation while avoiding high costs of thick foam perforation.

A printing substrate applies a resin composition to a paper or fleece layer on a plate-shaped carrier.

Sealed housing with inlet and outlet rollers maintains electrolyte vapor pressure, ensuring uniform distribution while limiting component loss.

High melting point resin film on unvulcanized tires prevents mold stains while enabling easy post-vulcanization exfoliation.

Room temperature UV curing eliminates thermal stress on solar cells while ensuring strong adhesion across all substrates.

Integrating inner lining chunks into a composite wheel rim enables post-formation drilling of threaded holes, reducing inventory costs and product defects.

A transfer film applies a nanoscale inorganic barrier layer to porous paper substrates using controlled adhesion forces between lacquer and carrier layers.

A single-step vacuum lamination method heats a preformed lamination layer to soften its middle portion before conforming it over an LED array.

Nanomaterial-infused vinyl films suppress thermal and radar signatures while maintaining lightweight flexibility, replacing bulky tarps that hinder mobility.

Elastomeric isolators with hardened stops limit flex and shear movement in walk-behind floor scrapers.

Thin-film vapor deposition creates a polished finish layer on inorganic substrates, resolving bi-metallic bending and optical scatter issues.

A joining surface treatment device applies hydro primer and uses targeted heating to accelerate drying.

Cooling a heated adhesive layer with a textured roller creates visible markings while maintaining flow reliability for better lamination.

A lamination module peeling system uses a movable wedge to separate transfer film from plastic cards, preventing incomplete separation and surface traces.

Replacing porous wood cores with thermosetting resin eliminates water absorption while maintaining structural integrity.

Positioning the second masking layer on a carrier film reduces thermal expansion stress and image distortion near sensor apertures in electric heating glazings.