Lamination Ancillary Operations TRIZ Cases

Folding one unvulcanized rubber web around an RFID chip eliminates dual unwinding devices and reduces production facility space.

Inline breakaway coating merges deposition with lamination, eliminating separate steps to cut costs and reduce waste from discarded films.

Heating fully cured insulation above its transition point fuses wires while maintaining the combined diameter equal to the sum of individual wire diameters.

Coextruded elastic composite material uses differential adhesion between film layers and non-woven supports to create a controlled microstructure.

Applying film adhesive to metal before injection molding eliminates secondary bonding steps, reducing manufacturing time while ensuring high-strength joints.

An adhesive-based label ejection mechanism replaces mechanical peel plates to eliminate vibrations and tape damage during faulty label removal.

Control copper oxide composition ratios to prevent adhesion degradation in high temperature and moisture environments.

Directs radiation into the inlet gap to melt and bond polymer layers, eliminating seam welding defects in paper machine fabrics.

Tungsten weight member embedded in plastic substrate lowers production cost while maintaining premium feel and enabling contactless functionality.

A polyurethane thermal adhesive layer enables heat expansion coverage on three-dimensional articles.

Segmented layers resolve the contradiction between surface smoothness and emboss-forming properties, enabling roll laminating without curling.

Laser heating transfers a dye film to form a color filter layer, eliminating air bubbles and alignment issues in electrophoretic displays.

Segmented flat sheet channels reduce blood prime volume and anticoagulant requirements while maintaining high oxygenation reliability.

Adding edge plies prior to curing limits resin migration and maintains final part dimensions while reducing machining time.

Batch adhesive bonding attaches multiple cover glasses to a mother plate, enabling simultaneous circuit processing while preventing residue during removal.

Segmented printing on lightweight paper stock prevents RFID damage during manufacturing while reducing material waste and production costs.

Segmenting the adhesive layer into discrete regions reduces stiffness and noise in waterproof garments while maintaining structural stability.

Solidifying a liquid interlayer between the chip and support enables high-speed collective transfer while maintaining placement precision.

A cutting tool scores a medium before an embossing tool forms a recess along the cut line to define precise contours.

Matched silicon electrodes eliminate contact potential differences that cause erroneous sensor signals and actuator forces.

A control unit positions the peeling point to ensure complete separation of polarization film sheet pieces during continuous manufacturing.

Offset friction lining segments by a defined angle to equalize compressibility variations and reduce production testing effort.

Periodic switching between seating and electrostatic attraction suppresses sodium extraction from glass substrates during high temperature vacuum bonding.

Placing printing between carrier and adhesion layers protects markings from solvent damage while maintaining adhesive function.

Forming a cured transparent resin layer on a peeled thin polarizer prevents damage expansion and light leakage in heated environments.

A polyamide-metal laminate uses a tie layer forming a cyclic imide structure to enhance bond strength between metal and polymer substrates.

A chemical mechanical polishing process uses a buffering step with a soft pad to transition pH levels between slurry stages.

A peeling pin and roller lift cut film ends while a vacuum absorbing unit removes the debris.

Segmented tin and polymer layers eliminate shrinkage during lamination, ensuring dimensional accuracy in 3-piece cans.

A tape-based stripping system applies chemical agents directly to surfaces while containing the material within a bladder structure.