Lamination Ancillary Operations TRIZ Cases

A transfer film surface protective layer uses ionizing radiation curable resin to enhance scratch resistance and chemical durability.

Carrier-mediated electroplating creates landless vias, eliminating thickness deviations and over-etching errors during via hole formation.

Folded auxiliary release paper with V-shaped cross-section enables easy separation of pressure sensitive adhesive sheets.

A bonding layer joins printed artwork sheets to base items, creating emblems with simulated embroidery appearance.

Extruding seamless elastomer layers and winding textile cords reduces scrap material while enabling diverse grip styles.

A lamination device uses a roller unit rotating along a single center to press film members onto curved windows.

Rotating drums advance stretched waistbands onto curved conveyors, eliminating complex rotation mechanisms that increase manufacturing costs.

Optical detection of composite color during curing replaces mechanical testing, enabling in-line control of compressive strength.

A mold retention structure distributes compression force evenly across heated molds, stabilizing concave shape formation on thin film-like resin substrates.

A multilayered optical tissue phantom uses convective particle flux to form ordered microsphere monolayers for precise spatial calibration.

An automated weeding system uses vision-guided robotic grippers to remove excess film from adhesive liners, resolving manual labor bottlenecks.

A rigid support layer reinforces ultrathin epitaxial layers during temporary bonding to carrier substrates.

A slitting punch splits metal plates while a clamping device adjusts position between presses.

Digital inkjet deposition of UV heat-activated adhesive eliminates analog plate setup costs and harsh chemical usage while maintaining peel strength.

Patterned deposition and adhesive bonding immobilize polymer particles in dry and wet states without increasing article thickness.

A bi-directional lamination head dispenses tape in both travel directions without rotating the assembly.

An alignment system uses inductive sensors to detect embedded sheet features, eliminating costly printed reference marks and reducing process complexity.

Siloxane resin film-forming composition transfers mold patterns at reduced compression pressures.

A composite member features a resin-rich surface layer to support reinforcing fibers during hole drilling.

Dispersing platelet-shaped layered silicates in a thermoplastic film improves fire resistance and thermo-oxidative stability of fiber composites.

A lift-off method transfers optical device layers using pulsed laser separation and ultrasonic vibration to break buffer layer bonds.

Staged transfer sections and vacuum suction gradually separate flexible substrates, reducing static electricity contamination.

Concurrent sheet separation and inner sheet insertion reduces lamination time and prevents heat-induced bonding failures.

A nasal dilator laminate uses a unitary truss structure to expand nasal passages while minimizing material waste through nested strip fabrication.

Laminating a vinyl copolymer resin layer on a methacrylic resin substrate creates a composite material with high transparency and low birefringence.

A temporary adhesive with a filler material weakens its bond below 0°C to enable easy wafer separation.

Stacked laminate flooring structure with heat-pressed wear-resistant and wood veneer layers.

Mechanical pressing with patterned rolls forms fine pores in metal foil while maintaining strength, avoiding the weakness caused by chemical etching.

A low density foam pressure sensitive adhesive tape with controlled gel swell maintains adhesion on printing plates.

Thermal release workstation heats steel alloy carriers to detach molded panels, eliminating electrostatic discharge and glass fragility risks.

Digital ink deposition cures directly onto curved glass substrates to form high-resolution performance features without physical masks.

Segmenting continuous sheet vinyl into modular elements via lamination on a reinforced PVC intermediate improves adaptability without reducing production speed.

A vacuum-based apparatus picks up and transports composite plies using suction force through perforated flexible rubber sheets.

Plasma treatment replaces sandblasting on golf club heads to eliminate air entrapment in roughened surfaces, maintaining adhesive strength under cyclic loading.

A polymer film protrusion fills a support member through-hole, securing an electronic module against deformation from external pressure.

Curved layer geometry maintains air gaps between joined elastic and inelastic sheets, preventing skin clinging while ensuring high breathability.

Segmenting the display window from the printing substrate eliminates ink drying delays and poor adhesion on transparent resins.

A lens resin blend of polyester and aromatic polycarbonate enables general dyeing methods for optical components.

Multi-strength adhesive layer bonds rigid and flexible substrates, preventing peeling during fabrication.

Adhesive bonding and heat fusion join magnetic sheet widths into a seamless unitary roll, eliminating visible seams for precise printing alignment.

An adhesion promoter bridges the gap between a printed thermoplastic film and a nonwoven web, maintaining bond strength despite high ink coverage.

Ultrasonic welding joins discrete elastic film sections between nonwoven webs, resolving bonding reliability issues in waist regions without adhesives.

Discrete adhesive dots constrain a flexible membrane to reduce air gaps, eliminating ring spacer adhesives while maintaining sensor sensitivity.

Counter-rotating blades cut the separator transversely between electrodes, enabling high-speed continuous feeding without tearing thin materials.

A wafer bonding apparatus uses a central initiator to deform the upper wafer and a controller to manage peripheral bonding speed.

Thermofusible layers weld across a non-thermofusible cellulose sheet to form a strong mechanical bond without adhesives.

Removing intermediate lifting fixtures and spacer plates reduces pressure variation in the heat treat stack, ensuring uniform porosity and bulk density.

A vehicle interior laminate uses a polycarbonate-based polyurethane layer to provide high sensory quality.