Lamination Ancillary Operations TRIZ Cases

A micro device transfer head uses electrostatic grip pressure to pick up and release devices from a carrier substrate.

A transflective LCD panel uses a single cell gap design with in-plane switching and a light curable polymer alignment film.

A flexible elastomeric mould with a catenary profile contacts a liquid layer to form precise relief patterns on flat substrates.

Screen-printed adhesive dots merge laterally to form a visible lattice, preventing bacterial migration and enabling accurate placement on medical containers.

A composite airfoil uses sequenced unidirectional fiber tows to eliminate interlaminar interfaces and enhance structural integrity.

A three-layer polyester film uses amorphous calcium carbonate particles to enhance surface adhesion.

Capillary adhesive flow into substrate grooves collects dicing remnants during chip separation, preventing contamination on the final device.

An inorganic release layer changes properties upon light absorption, reducing adhesion strength to separate the wafer without damage.

A bifilar winding process stabilizes nanocrystalline metal strips with adhesive-coated polymer foils to produce high-fill-factor magnetic cores.

Electroless plating forms a protective seed layer that prevents damage during processing, maintaining metal film integrity for fine wiring.

Bent regions in the attachment plate redirect excess adhesive to prevent overflow and air bubbles.

A cushion plate with a porous member and reinforcing plate absorbs impact energy while maintaining structural rigidity.

Segmenting the chuck table into independent porous and frame components resolves thickness variation issues in thin wafer grinding operations.

Foamed adhesive casting replaces expensive stretch woven fabrics, lowering manufacturing costs while maintaining wearer comfort and weather resistance.

Needle punching entangles mixed fibers into recycled leather, boosting tensile strength and flexibility for automotive seats.

Segmented heating zones control local temperatures during bending, preventing wrinkles and material degradation in thick composite parts.

Metal bars with matching thermal expansion coefficients in the base frame compensate for dimensional deviations between the jig and CFRP panels.

Sutured plies receive direct tension from a connecting member to prevent wrinkling when frictional force is insufficient.

An adhesive strip secures elastic fibers in stretch denim seams to prevent fiber slippage during garment assembly.

A breathable thermoplastic film bonded between perforated scrims creates a composite underlayment structure.

Separate vacuum sources for the feed cylinder and drum prevent label tape stretching while simplifying adjustment.

A robot picks up and applies labels to produce on a moving conveyor using vision feedback.

Laser welding connects separator films around electrode sheets to preserve material properties while eliminating pre-cutting inefficiencies.

Composite resin system balances low transmission loss with high adhesiveness and flame retardancy for millimeter-wave radar substrates.

Segmented release layer creates differentiated adhesion zones on flexible display panels, preventing damage during carrier substrate separation.

Raised outer rim structure conceals routing circuits and decorative prints, expanding display area while maintaining signal detection strength.

A hydrophilic polymer delivery tube detects root exudates to trigger localized water and nutrient flow.

Fiber-reinforced polymer composite panels formed by stacking and pressing sheets on a mold to create doubly-curved geometries.

A quinophthalone compound with specific substituents enables stable coloring in laser ray transmitting resin compositions.

Merging lamination with automated corner rounding eliminates manual cutting hazards while ensuring uniform edge geometry across all documents.

A catheter pull ring uses receiving slots and a fusible thermoplastic band to secure round wires.

Pre-compressing lamination packs with a separate press before binding reduces production time and prevents insulator damage.

A peeling layer with controlled thickness enables separation of functional elements from substrates using minimal force.

Inward curling of the release film prevents peeling during feeding, ensuring accurate bonding of the optical member to the substrate.

A handheld tape dispenser merges two adhesive strips into one using an offset frame structure and guide members for precise alignment.

Optimized pore size and structural uniformity in the fibrous layer resolve the trade-off between barrier reliability and heat retention.

Segmented tape application reduces hazardous etchant consumption and safety risks during epitaxial lift off.

A coextrusion method uses a removable support layer to produce thin polymer films.

A cured mineral fibre base layer compresses an uncured top layer web by at least 50 percent during oven curing.

A window bonding apparatus uses a resilient supporter and holding member to attach protective windows to flexible display panels.

Heating a metal intermediary layer converts trapped gas bubbles into solid reaction products, eliminating defects between flexible and carrier substrates.

A composite panel uses a polymer honeycomb core crushed under heat and pressure to bond with non-planar skin laminae.

A three-layer microfluidic chip uses adhesive channels to direct sample flow via capillary action.

Adhesive coupling integrates electronic devices into business cards, overcoming complexity and durability limits of traditional printed codes.

Metal lithography deposits optical patterns on sapphire substrates, resolving durability and space efficiency contradictions in long-term archival storage.

Automated lamination heads deposit frame filler plies directly onto the lamination surface, eliminating manual fabrication and installation steps.

Insertion mechanisms separate bonded layers uniformly, preventing substrate stains and peeling failures caused by uneven force application.

Auxiliary layer fills openings to hold graphene during support removal, reducing mechanical stress and defects.

Ethylene copolymer sealant layers enable direct adhesion to amorphous PET trays, eliminating costly tie layers and preserving recyclability.