Lamination Ancillary Operations TRIZ Cases

Manufacturing methods adjust the width of narrow portions in unnecessary adhesive layers to prevent tearing during peeling, ensuring precise island positioning.

Segmenting graphics with discontinuous regions mitigates alignment precision requirements during high-speed absorbent article assembly.

A broadband light-absorbing adhesive converts flashlamp pulses into heat to detach substrates from bonded stacks.

High-shear mixing disperses immiscible coatings in recycled PET film resin, preventing filter clogging and optical defects.

Movable supporting bodies and a stretching assembly align flexible substrates, eliminating the need for multiple dedicated devices.

A copper clad laminate uses a liquid crystal polymer cloth impregnated with a composite resin to achieve high peel strength.

Organosilane coupling agents bridge silicone and methacrylate, resolving inertness issues without complex plasma treatments or masks.

A stretchable 3D tubular structure forms via pre-stretching and releasing multilayer films to create a wrinkled inner surface.

Independent pressure control in upper and lower boxes prevents decorative sheet sagging, ensuring precise attachment to uneven base members.

A pivot strip links a cap to a screen protector for accurate positioning, resolving manual alignment errors and repositioning limits.

Replacing mechanical fasteners with a co-continuous thermoplastic adhesive layer eliminates preliminary working steps and reduces production costs.

A multilayer polymeric composite combines biodegradable substrates with metal or paper layers to create a recyclable packaging material.

A roller apparatus applies protective films to electronic devices using a dry adhesive transfer sheet.

A medical copolymer combines polylactic acid with polyethylene glycol to maintain structural integrity during degradation.

Vacuum adsorption supports panels during reversal, preventing optical film scratches and bubbles from mechanical contact.

A filler element captures excess adhesive during lamination while a cladding layer bridges the splice region to resist micro-cracks under cyclical loads.

Multi-layered lightly-laminated thermoplastic films use controlled bond failure to absorb forces and maintain structural integrity.

A carpet stripping roller engages flexible floor coverings while a wedge prevents material winding, reducing energy consumption and repositioning needs.

Vacuum and overpressure draw heated thermoplastic film against a textured mold, transferring grain patterns without orange peel distortion.

Segmented cutting tools produce sub-1.5 mm capillary channels without squeezing spacer material, preventing tool damage and adhesive residuals.

Segmented traction and non-traction conveying mechanisms reduce deformation during cooling, ensuring precise thickness control in sheet production lines.

A connection device uses electromagnetic induction to thermally weld bituminous membrane edges.

A portable tabbing apparatus applies pressure-sensitive adhesive tape to self-mailers via automatic folding and pressing mechanisms.

Solid adhesive films bond acoustic screens to facesheets without wicking into apertures, preventing airflow blockage while maintaining high peel strength.

An air gap in the core layer prevents adhesive force transmission that causes dents on the opposite cover layer.

A multi-layer silicon optic redirects x-rays via Bragg diffraction to achieve three-dimensional point-to-point focusing.

Integrative pre-stretching reduces fitting force and prevents over-extension damage by modifying laminate elasticity.

Printing technology creates the embossed pattern on a thermally stable lacquer layer, reducing production time and costs compared to milling.

Cutting laminated porous film from the filler layer side prevents powder dropping during processing, ensuring battery safety and device cleanliness.

Silica-shelled magnetic particles in polyolefins allow metal detectors to identify detached elastomer fragments, preventing contamination.

Pre-formed alignment keys ensure accurate substrate bending direction, preventing wiring cracks during manufacturing.

Embedding fasteners in preforms reduces assembly complexity while ensuring structural integrity for transportable wind turbine blades.

Heating and melting thermoplastic liquid-crystal polymer film between support sheets reduces anisotropy while preventing undulation defects.

Segmentation and extraction reduce waste matrix while maintaining liner integrity.

A component feeder tape guide uses an adjustable inserting portion to expose electronic components within carrier and covering tapes.

A film peeling machine movement assembly uses integrated moving components to transport the unit along defined paths for automatic positioning.

A masterless layup mandrel tool fabricates composite parts on-site using a machined cellular structure face sheet.

A film cutting jig with guides surrounding the covered region enables precise cutting of adhesive-backed paint replacement films.

Spatial confinement and heating align organic molecules into large-area single domains.

Square symmetric double-double laminate structures eliminate mid-plane symmetry requirements to reduce laminate thickness while maintaining structural strength.

Deformable vacuum holders absorb irregular panel shapes, enabling uniform film lamination without manual intervention.

A screen film applicator uses a moving carriage and roller to press soft films onto devices.

A terionomer film with controlled metal ion neutralization enhances adhesion strength to laminate layers.

Segmented plies print individually then bond under pressure, resolving handling limits in digital presses.

Pigmented UV curable inkjet inks print images on thermoplastic foils to create water-resistant laminates without large roll waste.

A label applicator apparatus dispenses upper and lower labels onto a carrier material for simultaneous surface application.

Segmented layers and composite materials prevent heat radiation while resisting debris damage.

A segmented foil transport unit uses adjustable support members to hold discrete segments in position for precise alignment.

An expanded fluorocarbon polymer ring shields the adhesive bond layer from plasma erosion, extending operational lifetime.

Ion implantation disturbs crystallinity at the interface to suppress spurious noise in surface acoustic wave devices.