Lamination Ancillary Operations TRIZ Cases

Vacuum-assisted twisting force separates bonded wafers cleanly, preventing damage and enabling rework.

Optical sensors and a controller calculate correction vectors to automatically adjust positioning accuracy, eliminating manual alignment time.

Swelling the liquid crystal layer with organic solvent allows adhesive tape removal, preventing electrode damage and debris scattering during extraction.

A mechanical lever applies controlled force to separate a processor from its heatsink, preventing damage during manual removal.

Segment wood branches into slices, infuse with resin, and cut thin veneers to display intricate end grain patterns without complex manufacturing.

Alternating pyrolytic graphite and resin-impregnated carbon fiber layers boost thermal conductivity, addressing low heat flow in aerospace radiators.

Forming members with textured male and female elements mechanically deform nonwoven webs into discrete three-dimensional protrusions.

Heated thermoplastic film adheres to nonwoven web through cooled nip lamination, preserving breathability while preventing pinhole damage.

Asymmetric inner liner bonding prevents thick joints and air retention in pneumatic tires.

Microporous breathable film mediates adhesion to nonwoven substrates while maintaining moisture vapor transmission rates for construction materials.

A sheet laminating device coordinates clamping and conveyance handlers to reduce cycle time.

Pre-cut slits in overlay plies release tension during contouring, reducing labor time and core damage.

Ablating polyimide glue with ultraviolet laser energy enables rapid removal without chemical solvents.

A 10 to 30 MPa tensile strength anti-explosion layer prevents substrate cracking and explosion upon impact.

A protective film uses a textured release layer with three-dimensional protrusions to create air gaps between substrates.

A rotatable barrel with spacers defines channels for test tubes while a printing head dispenses labels onto each tube.

Bonding slats into integral grooves of a light guide array reduces damage risk and improves scintillation count rates in radiation detectors.

Pre-pressurizing the core pocket prevents laminate sagging into large cells, eliminating permeability defects and reducing cure cycle complexity.

A roll-fed optical film attaching system simplifies display unit manufacturing by directly bonding films to polarizing plates.

Continuous thermoplastic foam sandwich manufacturing integrates decomposition and foaming processes to create stable structures.

Segmented layers resolve the contradiction between surface glossiness and UV-curable ink fixability, ensuring superior weather resistance.

A labelling machine cutting device minimizes tool wear by matching the thermal expansion of its support structure to the vacuum roller and parting element.

A label affixing device adjusts movement based on detected linerless label length to ensure precise placement.

A support film and adhesive film bond to a base material to guide crack propagation during mechanical breaking.

Segmented pressing rollers and swing arms address uneven glue layers from surface roughness, enabling forward single, double, and inverse lamination.

A screen protector installation device uses a clamp, tack assembly, and roller to bond the film securely.

Bonding the mosaic to a transparent panel allows rear illumination while the permanent template provides structural stability.

Merging a trimmable sacrificial shim into the stringer structure eliminates custom part fabrication and reduces assembly labor for aircraft wing panels.

Eliminate vacuum lamination by suspending cells and curing encapsulants, reducing mechanical compression damage and capital investment.

Anti-adhesion material prevents layer bonding through polarity differences.

An elastic o-ring or spring presses a slanted ledge against the main tube to eliminate mud accumulation in wheels and reduce maintenance.

A continuous carbon-fiber composite separator uses hot pressing to form precise channels and enhance electrical conductivity.

Adhesive film secures inserts in interior lining skins, preventing foam infiltration without fragile anchoring points.

Transfer devices with multi-degree-of-freedom motion and integrated cameras position workpiece layers on a continuously running laying line.

Creating lines of weakness in the cross machine direction separates the web into discrete products, resolving uneven edge issues during high-speed production.

Baking glass and fluorescent powder mixtures creates stable composite sheets with uniform thickness.

Segmented reactive layers resolve sealing leakage and thermal stress in ceramic matrix composite joints by driving self-propagating diffusion reactions.

Intermittent unrolling and adhesive bonding of roll-shaped supporting bodies maintain substrate stability during continuous production.

Automated robot positions prepreg pieces while an alignment system senses relative placement to ensure precise abutting contact.

A linear transport system moves a material fixing jig using a simple exhaust device that alternately connects to the jig.

Meandering cutting lines separate ventral and dorsal members from a laminated web, reducing material waste while maintaining continuous manufacturing.

A scored flexible packaging structure uses localized electron-beam-cured polymer regions to create reliable die-cut score lines for built-in reclosable features.

Flexible polymeric films protect conductive elements from corrosion while maintaining textile elasticity and production efficiency.

Heating and compressing a lamination assembly between clamping surfaces adapts the layer to surface variations, reducing roughness and thermal deflection.

Replacing mechanical knives with tensile drawing and sensor feedback eliminates blade complexity while maintaining precise section length accuracy.

An elastic jig with a cambered surface distributes uniform pressure across curved flexible OLED displays, preventing panel cracking during lamination.

Bonding a thin porcelain sheet to a composite support reduces weight and cost while improving bending resistance.