Lamination Ancillary Operations TRIZ Cases

A mold design featuring a third surface with a varying arc diameter along the length direction to control tape alignment during compression.

High-energy light source exposure fabricates integrated gratings and reflectors, reducing device size while maintaining manufacturing precision.

Cutting a longitudinal slot in foam insulation exposes the steel carrier pipe, allowing heat tube installation while preserving thermal integrity.

Controlled dry treatment parameters prevent resin melting while activating surfaces, resolving insufficient adhesion strength in multilayer members.

Central adhesive placement prevents edge balling and oxidation, ensuring reliable electrical connectivity.

Reheated thermoplastic coating on aluminum straps enables high-speed forming while preventing substrate softening and corrosion.

Resolves the trade-off between waterproofness and breathability by using a microporous degradable membrane that blocks liquid water while transmitting vapor.

Through holes eliminate linear continuity in elastic films to prevent appearance degradation and manufacturing inefficiency during elasticity removal.

Crosslinked aromatic polyurethane adhesives resist solvent degradation, maintaining bond strength in harsh chemical environments.

Predetermined angle lamination compensates for stress-induced birefringence, maintaining uniform retardance across the visible spectrum.

Thermal setting of glass ceramic seal paste prevents leakage at 1000°C.

Polyacid primer enables immediate thermal lamination of flexible substrates, eliminating curing delays while maintaining bond strength during pasteurization.

A lamination sheet design uses offset removing tabs to attach multiple unit sheets simultaneously.

A GRIN lens tuned wedge termination aligns the optical beam to reduce back reflection into the waveguide.

A resin-junction body uses a transparent third member to transmit laser light for secure fusion.

A nano-suction apparatus with a terminal membrane moves microscopic samples via vacuum pressure.

A polymeric multilayer film uses structured rolls to create blind openings in an intermediate layer.

Segmented pin matrix distributes peeling energy to prevent die deformation during detachment.

Differential adhesion zones in the flexible laminate maintain airtight seals while allowing easy opening without premature aging.

Adjusting the peel plate position minimizes line-like dent traces on thin wafers, reducing adhesive sheet waste and preventing breakage.

A laminated wood polymer composite article features a laminate sheet with a wear layer containing UV absorbers to protect the underlying ink layer.

Glass fiber reinforcement stabilizes thermoplastic panels against temperature-induced contraction and expansion.

Laminated hybrid metallized polymer film combines metal foil and polymer layers to provide durable erosion protection for aircraft composite structures.

Counterweight portfolio covers offset keyboard mass to resolve mechanical instability without adding hinge complexity.

A UV-curable organic-inorganic hybrid thin film provides scratch resistance and flexibility for display surfaces.

An ultra-thin cover glass layer bonds to a flexible substrate via an optically transparent adhesive.

Integrating conductive mesh sheets into composite panels forms a unified lightning current path, eliminating separate shield wires and reducing nacelle weight.

Heat treatment welds unwelded shell portions in a vacuum insulation panel, increasing sealing strength to 5-15 kgf and preventing rupturing.

A wafer de-bonding device uses a cutting tool bit and gas jet generator to separate bonded wafers.

Elastic suction pads maintain contact with warped flexible substrates during separation, preventing pad detachment and protecting the element layer.

A self-supporting translucent light panel structure with cross-linking walls separates front and rear panels to transmit light from sources behind the assembly.

Sacrificial adhesive tape seals clearance holes during stack-up assembly, capturing squeeze-out that would otherwise contaminate exposed surfaces and tooling.

Pressure-sensitive conductive foil restores lightning protection on composite aircraft skins, eliminating fuel drainage and curing delays.

Piercing textured surfaces into softer material creates a locked laminate that resists bending and pull-apart forces without heavy adhesives.

A laminate member immobilizes the protective layer during substrate division, preventing cracking and peeling while simplifying the manufacturing process.

Optimized boro-aluminosilicate glass eliminates silicon substrate cracking by matching thermal expansion while preventing lithium contamination.

A laminated ceramic component manufacturing method applies a controlled viscosity paste using a grooved metal plate to form uniform insulator sections on chip side surfaces.

A void-containing polyester film uses specific melt viscosity ratios between polyester and polypropylene resins to generate internal voids.

Stretched ribbon reinforcement maintains inherent stability after deep drawing, reducing thickness and weight compared to multi-layer flexural rigidity plates.

Composite adhesive coating layers bond electrical steel sheets through controlled heat fusion and cooling.

Coextruding a thermoplastic elastomeric film layer with a plastic substrate shifts strain from facing materials, reducing cost while maintaining elasticity.

Segmented sheet processing and heat pressing modules handle diverse inner sheets, resolving versatility limits in image forming systems.

A self-threading lamination head automates backing layer separation and tape threading through dynamic drum movement.

An opaque non-black underlay sits between lamination layers to highlight unprinted design areas, resolving low contrast issues in laminated vehicle windows.

Applying pressure during heating fuses resin with softened plastic, eliminating uneven temperature distribution and improving manufacturing efficiency.

A sheet processing device uses control circuitry to execute a mixing mode that feeds two-ply sheets and inner sheets through a relay conveyance path.

Thermocompression bonding joins a ceramic electrostatic chuck to a composite substrate using a metal interlayer.

A multilayer body uses a detachable relief film to emboss surface patterns onto decorative layers during injection molding.

A robotic system applies adhesive to a masking jig before transferring it to the workpiece.

Polylactic acid and aliphatic polyester foam cores replace polystyrene to cut weight by 20% while enabling composting.