Lamination Ancillary Operations TRIZ Cases

Multilayer biaxially oriented polyester film with TiO2 particles and light stabilizers.

A carriage dispenses, compacts, and cuts film adhesive along structural members in a single pass.

A thermal cycle process minimizes out-of-plane distortion in asymmetric laminates with mismatched coefficients of thermal expansion.

Surface treatment modifies optical functional layer roughness to anchor fluorine-based antifouling coatings.

Curable resin aligning layer replaces supporting substrate in three-dimensional display structure to reduce thickness and manufacturing cost.

Sputtered inorganic layers activated by argon particles bond polymer films at low temperatures, eliminating vacuum defects from organic adhesives.

A roller device applies dry adhesive protective films to electronic screens using integrated rollers and a splitter mechanism.

Compression and milling form nested cavities in fibrous substrates to eliminate burrs and protect embedded chips.

Segmented UV curing prevents component shifting during solidification, resolving the trade-off between manufacturing precision and adhesive curing speed.

A multi-layer film applies a chemical mixed anti-fog coating to a PET substrate, resolving the contradiction between fog resistance and scratch durability.

Dynamic holding units compensate for thermal expansion to maintain alignment precision and prevent substrate warpage.

Parallel thin-film Seebeck elements resolve manufacturing complexity while delivering efficient heat transfer.

Staged curing of segmented thermoset layers resolves brittleness in metal composites, ensuring reliable forming without tool contamination.

An elastic reset member allows the plate fixing member to retract into its slot, preventing overpressure on glass plates that causes light spot defects.

A recyclable thermoformable sheet resolves the contradiction between complex shape formation and material sustainability by using compatible polyolefin layers.

A multi-layer decorative film structure uses light-absorbing dots and a metal luster layer to mimic polished metal.

Localized adhesive application on a semiconductor module substrate ensures precise alignment and prevents leaks by evaporating during the sintering process.

Segmented support structures with adhesive layers prevent warping and uneven thickness in brittle wafers, allowing precise grinding without damage.

Marking structure on pressing member creates pattern on substrate back surface to measure position deviation and ensure proper bonding.

Articulated actuators elastically deform the mounting shell inwardly, enabling demoulding of large-area curved fiber composite components without undercuts.

Merging trimming and forming surfaces eliminates pick-and-place transfers, maintaining vacuum pressure and positioning accuracy.

A sheet composition using polystyrene and ethylene vinyl acetate copolymers to create durable artificial leather.

Embossed welding devices create interlocking film layers to resolve low mechanical stability in cellulose-based heat seals.

Needle-punched nonwoven fabric with thermosetting binder resin maintains shape stability and flame retardancy near high-temperature engine exhaust systems.

Vacuum pressure draws a dual-tack release sheet against tooling contours, enabling damage-free laminate removal and reducing scrap.

Pre-compressing spacers in an unheated mold shapes relief features, preventing random crushing during heated compression.

Selective heating and binder cross-linking suppress edge dulling caused by heat conduction, preserving three-dimensional image clarity.

Automated cutter removes initial film portion to maintain uniform elastomer layer, preventing yield loss from non-uniformity after temporary stops.

Adhesively-laminated incrementally-stretched films absorb stress through alternating unstretched regions, maintaining strength while reducing gauge.

Integrated prepreg merges veil and film to mask fiber imperfections, eliminating separate gel-coat steps that increase weight and processing time.

A home appliance exterior panel uses a central metal deposition layer bonded to an adhesive film.

Reactive polyurethane resin bonds plastic substrates at ambient temperature, eliminating bubbles and yellowing caused by high heat or UV exposure.

Fixing cationic polymer on resin substrates prevents deformation during joining and improves hemoglobin fraction separation accuracy.

Varying adhesive strip widths across an elastic diaper strap substrate layer ensures uniform stretching between inner and outer connection ends.

Metallizing thermoplastic insulating foam enables electrostatic powder deposition on sandwich panels.

Segmented pinning and neutral layers resolve horizontal orientation bottlenecks, enabling linear nanostructures for magnetic storage.