Lamination Ancillary Operations TRIZ Cases

3D edge-profile measurement detects panel edging defects and feeds machine settings back to cut errors, waste, and manual inspection.

Coarse crystals exposed on a soft metal layer create oil-retaining recesses that cut friction and improve bearing fatigue and seizure resistance.

A looped paper core forms air channels for insulation and cushioning, enabling recyclable shipping inserts made on demand with less waste.

A two-stage roll preparation and heated pressing process forms large sandwich panels with higher rigidity and thermal insulation at lower cost.

Captured electromagnetic radiation provides real-time feedback during energy beam surface pretreatment to improve joining consistency and cut rejects.

Annealing PET-laminated aluminum can end stock at 150°C to 235°C improves crazing resistance while maintaining adhesion and low feathering.

Vibration-damped milling, 3D-guided shot blasting, and laser finishing smooth hard carrier plate cavities to preserve light transmission and strength.

A cut-and-fracture substrate layout keeps laser paths away from edges, preventing internal refraction that can burn electronic elements.

A bonded or embedded scrim layer strengthens fiberglass insulation, traps loose particles, and reduces tearing during installation.

A bicomponent fiber cover layer melt-bonds cellulose fibers to improve shape stability, stiffness, and impact cushioning in packing materials.

Surface striations added before rolling increase steel-aluminum contact area and raise composite plate bonding strength for mass production.

Protruding upper and lower films with inclined side surfaces absorb external impacts and reduce stress transfer that can cause pixel defects.

In-situ carbon-fiber and high-Tg epoxy reinforcement helps high-pressure pipes handle heat without replacement downtime.

A cut release film shields the black matrix during abrasion-resistant coating, reducing yield loss and scratches on flexible displays.

Embedded healing-agent fibers seal microscopic cracks in composite pipe wraps, extending repair life while reducing maintenance time and cost.

Infrared laser treatment creates controlled precursor and intermediate layers in stretched polyester film to stabilize seal strength and peelability.

Surface striations and asynchronous rolling strengthen steel-aluminum phone frame bonding, improving yield and structural firmness.

A roller recess confines plate width during composite rolling, preventing flashings and burrs while improving bond strength.

Preformed metal sheets are nested and adhesively bonded before machining to preserve bond integrity in complex 3D laminated structures.

A mesh support screen and vacuum-formed insulation core cut heat shield weight while maintaining thermal protection and vibration resistance.

Low-temperature heat treatment after direct roll-bonding preserves cold-work hardening, boosts bond strength, and cuts bearing strip cost.

A wave-pattern paper core creates a lightweight insulated bag that protects shipped items while reducing waste through recyclable or compostable materials.

Flame-treated silicone rubber boosts adhesion to glass syntactic polyurethane while retaining thermal stability and abrasion resistance.

Sequential milling nips split copper removal into stages, cutting force while preserving high-speed, high-quality patterning on flexible substrates.

A pretreatment layer, PET film lamination, and sub-250°C annealing help can end stock resist crazing, feathering, and corrosion.

Pre-heated lamination of PET film onto can end stock improves abrasion resistance, adhesion, and surface quality while reducing hairing and feathering.

A soft PVC core with locking tongue-and-groove panels cuts impact noise, avoids gluing, and enables immediate floor use.

Hydrogen absorption and release drive precise, reversible 4D composite deformation at medium to high temperature with stable cycling.

An oxygen supply layer enables atmospheric diffusion bonding of optical parts, cutting vacuum cost and time while preserving alignment and transparency.

A multilayer cabin pipeline combines epoxy coating, aerogel insulation, and resin sealing to resist seawater and hydrogen sulfide corrosion.

Selective removal of inner encasing layers lets damping material bond to gypsum, improving STC while preserving cutability and panel stability.

Bent L- and U-shaped flaps create a strong hidden joint that aligns metal sheets precisely while avoiding complex, unattractive joining steps.

Bonding open-cell foam to the hollow body turns a vacuum insulation panel into a stronger sandwich structure that withstands wind pressure.

Laser-cut thin glass resin laminates avoid bonding air bubbles by tuning adhesive thickness and creep for cleaner end portions.

A hot-melted sleeve covers the bonding line between dissimilar metal members to block gaps, improve sealing, and prevent corrosion.

Laser heating through layered resins bonds resin-resin and resin-metal interfaces in one step, improving joint strength and cutting process cost.

Direct roll-bonding of tin-free aluminium to a base layer avoids an interlayer and low-temperature heat treatment improves bearing fatigue strength.

Etched undercuts let injected resin bond directly to laminated metal sheets, avoiding film peeling and enabling complex vehicle panel shapes.

Coarse surface crystals in a soft metal bearing layer form oil reservoirs, lowering friction while preserving fatigue resistance under higher engine loads.

A resin-glass laminate with a thin peripheral fusion layer reduces cracking in 10-300 μm glass while improving handling and structural integrity.

Mechanical milling with roll-to-roll cutting fluid patterns multilayer substrates while avoiding chemical etching, aerosol waste, and contamination.

Heat-cauterized blanket edges seal in fumed silica powder to reduce shedding, dust, and thermal insulation loss during installation.

Laser-cut thin glass resin laminates avoid bonding bubbles by tuning adhesive thickness and creep for cleaner edges and easier handling.

Frames with fiducials keep fabric aligned through adhesive bonding and cutting, reducing manual handling in garment assembly.

Multi-directional crimped overhangs lock main and foundation sheets together, resisting joint deformation and separation without adhesives.

Integrated drilling and transverse compression preserve peelable stack retention during hole making while cutting flange setup time and cost.

Controlled laser ablation forms recessed marks through multilayer coatings, improving wear resistance and visual contrast while limiting substrate damage.