Lamination Ancillary Operations TRIZ Cases

A UV-curing adhesive laminate bonds a barrier film to a windshield through photopolymerization.

Segmenting a polyimide film with slip agent creates differential adhesion, resolving roughness and release trade-offs in flexible electronics.

Digital printing on high-porosity inclusion paper resolves the trade-off between pattern resolution and manufacturing complexity in decorative laminates.

Distributed suction holes on a curved surface suppress air bubble formation and ensure accurate lamination.

Virtual line segmentation with alternating sheet directions enables precise thickness adjustment across multiple production lines.

A second roll shifts along a virtual circle to control the bending direction of laminated films during bonding.

Peroxide curable silicone pressure sensitive adhesive composition achieves strong adhesion to fluorosilicone rubber and silicone foam.

Continuous plastisol impregnation and pressing bonds fabric layers, resolving inadequate ply adhesion in rubber-free conveyor belts.

Curing a dry powder mix with heat and pressure embeds wear particles evenly in embossed areas, solving high wear on protruding parts.

A tire belt layer uses controlled inter-gap spacing between strip-like elements to achieve preselected cord angles on the shoulder and crown.

Distinct color marking allows closer sensor placement, resolving the trade-off between detection precision and available printing surface area.

Vacuum pressing creates negative pressure through platform channels to bond cloth and thermoplastic films, ensuring clear three-dimensional patterns.

A laminated substrate delamination system uses a sharp member to initiate separation and segmented suction units to pull the second substrate away from the first.

A thermally activatable laminating layer bonds electrophotographic toner particles immediately upon contact.

Replacing PVC with PETG resolves the contradiction between environmental sustainability and adhesion during installation.

Independent layer heating reduces cycle times and material waste while maintaining structural integrity during composite forming.

Embedding additives below the film surface through co-migration avoids costly solvent recovery and bleeding issues inherent to traditional casting methods.

A wheel guard uses layered adhesive bonding to enhance sound absorption and wear resistance.

Perforations in the backing layer improve sound absorption coefficients, addressing insufficient frequency spectrum coverage in conventional tufted articles.

Activatable adhesive bonds flexible panels for reclosure, resolving the contradiction between resealing reliability and low manufacturing complexity.

Laminating films with different print cylinder circumferences creates surface coverings with extended visual repeats.

A flexible film mounted on a frame applies tensile force to detach thin semiconductor wafers, preventing breakage during separation.

A movable separating tool presses against a misaligned edge to create a gap, enabling complete separation of rigid and flexible layers despite strong adhesion.

A six-axis gantry system supports interchangeable composite lay-up heads for rapid material switching.

Viscoelastic glue bonds paperless gypsum surfaces to form pressure-sensitive adhesive layers for rapid assembly.

A natural fiber composite board merges skin and bracket formation into one heat-pressing step, eliminating post-processing complexity.

Constrained roller assembly moves together to prevent tow slack and despooling issues.

Vacuum channels in a die extractor base progressively peel adhesive tape, reducing mechanical strain and preventing cracks in thin semiconductor dies.

Screen-printed opaque ink on a film eliminates supplementary framing layers, reducing module thickness and production costs.

Acrylic adhesive patch with primer buffer prevents solvent curling while maintaining stretchability.

A peeling mechanism separates the base material from the held tape to reduce residual stress that causes wafer warping during thickness reduction.

A supporting plate with recessed portions houses projecting workpiece features while a laser beam welds the peripheral region to secure the component.

A thermal transfer substrate enables touch module detachment and attachment via temperature-dependent adhesiveness changes.

Hot-melt adhesive bonds recycled leather fibers to fabric, cutting costs while maintaining breathability.

Print adhesive on base material then cure with ultraviolet light to bond multiple encoder parts simultaneously, eliminating individual tape pasting steps.

Heating the wrap softens adhesive bonds, enabling tension-controlled peeling that protects the underlying metal structure.

A warm edge spacer pasting apparatus automates adhesive application using integrated conveying and positioning units.

Curvature inversion during thermoforming reduces stress and prevents wrinkles on convex lenses.

Uncured epoxy fills pinholes in powder coatings to maintain dielectric integrity while reducing thermal resistance.

A separating apparatus grips a support plate using suction and gas pressure to detach it from a semiconductor wafer.

Recesses and a non-woven mat in the support plate fill with mortar to eliminate stress cracking and delamination at the substrate interface.

Folding thin material layers into superposed portions minimizes fibre defects and reduces production time.

Continuous longitudinal division and overlaying of metallic strips reduce plant complexity while maintaining high production throughput.

Composite laminated shell purfling strips reduce material waste and labor by allowing continuous installation on curved musical instrument surfaces.

Phosphonic metal salt nucleating agents create fine voids in biaxially oriented polylactic acid films to lower density.

Printing on a releasing-supported TPU film prevents pattern wear and preserves visibility while replacing PVC coatings.

Polyamide interlayer enables direct adhesion to aluminum cooling plates while polypropylene outer sheets provide flame resistance.

Slip-enabled adhesion on a deformable membrane prevents delamination and wrinkles when applying planar films to curved optical lenses.

An organosilicon base layer bonds high-strength fiberglass reinforced plastic to concrete, resisting seawater scouring and organism attachment.