Lamination Ancillary Operations TRIZ Cases

A plasma-sprayed polymer coating layer enhances first ply adhesion on thermoplastic composite mold tools.

Metallurgical bonding of cleaned metal layers eliminates organic adhesive contamination while enhancing adhesion strength.

A cast polyvinylchloride film bonded to a transparent polyester film featuring a clear superstrate prevents ghosting and staining on large format surfaces.

Differential tool heating bonds fiber-reinforced thermoplastic layers without adhesives.

A blocking layer prevents adhesive contamination on display panels and transport surfaces.

A thin polarizer preparation method bonds a polyvinyl alcohol film to a base film using an amine-based metal compound crosslinking agent and stretches the laminate.

A composite material combines a metal porous body with an asymmetrical polymer component to enhance thermal and acoustic insulation properties.

A hydrophobic polymeric woven mesh allows cementitious coating to penetrate fabric layers, forming a cured composite substrate.

Positioning the cutter near the compaction roller reduces minimum course length, minimizing material waste and weight in automated fiber placement.

A production device uses air-permeable membranes to evacuate chambers for simultaneous resin impregnation of prepreg and textile products.

Hydraulic pressing in a liquid solvent bonds a decorative film to a curved shell, resolving pattern misalignment and wrinkling issues.

Positioner moves adhesive web path toward article processing path, preventing card dislodgment during handling.

Rotating ring with forming holes creates continuous foam films, eliminating bulky mixing chambers to reduce volume and production costs.

Thermal heating elements melt adhesive bonds in two-ply sheets, replacing bulky suction systems to reduce device size and cost.

Applying mechanical force releases multi-layer thin films from webs, eliminating hazardous acetone solvents and complex wet stripping processes.

Pre-patterned resin layers eliminate metal mold positioning complexity for accurate LED encapsulation.

A curved surface lamination device uses a profiling jig and lower jig to support carrier films during flexible panel processing.

A degradable polyethylene vacuum pouch incorporates a prodegradant additive to promote oxidative breakdown of the plastic film layers.

Continuous rotary motion eliminates indexing delays while servo-controlled web speed matches bottle surface velocity to maintain precise label placement.

Two-stage photo-curing maintains elasticity during punching to prevent cracking while ensuring final pattern fixation.

Recessed glass cap with light-blocking layers cures sealant via ultraviolet rays while protecting active areas from damage.

Segmented adhesive members enable easy disassembly of display modules by pulling a tearing portion, avoiding backlight damage during removal.

Adhesive layer defines thinning area and protects circuits, increasing defect-free ratio while reducing thickness.

A tissue retrieval bag features a pleated structure for single-motion deployment and a lateral porthole for secondary instrument access.

Batch printed UV elements on a translucent core layer enable edge visibility, eliminating costly post-production edge marking steps.

Heat welding flush capsule ends creates a hermetic chamber, preventing oxidation of oxygen-sensitive substances like Omega-3 oil.

Electrostatic peeling rollers adsorb donor films via static attraction to separate layers, preventing pressure damage to organic light emitting layers.

Scour-cut segment ties enable clean separation, minimizing lubricant obstruction and drag torque in wet clutch assemblies.

Dual slanted surfaces on the cleaning edge reduce fatigue cracks and wear by optimizing stress distribution across the working interface.

Reducing via cross-sectional area and tapering channel entrances inhibits band-broadening at transitions, maintaining high separation efficiency.

A frangible laminate separates into distinct sections to create patterned microwave energy interactive material.

Segmented thermoplastic fiber layers bond seamlessly in connecting areas, eliminating thickness variations and visible seams in bitumen roofing membranes.

A universal apparatus produces elasticized and non-elasticized side panels using a single device.

Variable pressing forces correct water content variability among veneers, minimizing warp during subsequent drying.

Light-softened lens markings enable automated optical alignment to panel marks, eliminating post-application adjustments and reducing manufacturing time.

Pressing composite-substrate assemblies against layup mandrels reduces serial assembly time for large aircraft fuselage structures.

Layered fiber orientation in rolled tubular members improves flexural strength while avoiding complex manufacturing processes.

A single-face corrugated substrate bonded to a polyethylene film protects articles from surface damage.

A reactive polyurethane adhesive bonds aluminum foil to woven textile supports, creating a unified composite structure.

Integrally stiffened sandwich panel uses spanwise skin thickening accommodated by core depressions for accurate outer surface fixation.

A conformal deltoid noodle fills composite cavities using a notched prepreg structure.

A touch sensor laminate uses a first adhesive layer with lower peel strength to enable controlled detachment from a carrier substrate.

Inline roll flame lamination bonds rigid carrier material to foam-reinforced composite using thermal activation.

Multilayer film with oriented polyamide intermediate layer resolves strength versus deep drawability trade-off for complex packaging shapes.

Selective adhesive application transfers metallization to specific patterns, reducing material waste and enabling design customization.

Xenon lamp irradiation activates antimicrobial properties on synthetic polymer film surfaces.

A composite filler aligns fibers in the cross-sectional plane to achieve zero thermal expansion orthogonal to its axis.

Pre-heating solar panel layers reduces laminator residence time and prevents EVA bubble formation during vacuum assembly.

Nested rotating frame units reduce installation space and simplify structure while maintaining stable web guidance.