Food Shaping TRIZ Cases

A plant-derived enteric coating stabilizes micronutrients and phytochemicals within food products.

Replacing unstable fish-derived omega-3 sources with stable SDA-enriched vegetable oils improves oxidative stability and reduces production costs.

A platen-linkage assembly positions supports between platens to minimize system footprint.

Sweet flour encapsulates oil-based ingredients using soluble starch and emulsifiers to stabilize emulsions.

A foaming instant coffee composition incorporates gas-containing particles into a freeze-dried matrix to generate surface foam upon reconstitution.

A mold slide mechanism enables simultaneous injection of two molding materials to infiltrate and bond during solidification.

An inverter device inverts the radial temperature field within a rubber injection flow channel using convergent and divergent geometries.

A thixomolding apparatus mixes carbon nanotubes into magnesium using a rotating plunger to create a semi-solid paste.

Microencapsulated nicotinamide blends with water and nutrients to form a liquid supplement, resolving solid-pill absorption limits.

Continuous lateral constraint via side guides maintains product alignment between scanning and cutting, eliminating wastage from shifting or deformation.

Dual seating surfaces and a heated restrictor plate maintain centerline alignment, preventing plastic leakage caused by thermal expansion differences.

Extrusion temperature and steam injection increase expansion ratio of reduced sodium snack food pellets, offsetting poor texture caused by low salt content.

Micronizing the myrosinase powder below 500 μm separates enzyme processing from substrate heating, resolving inactivation trade-offs.

Vertical tray stacking increases insect production density while maintaining individual welfare conditions and reducing facility space requirements.

Optimizing mousse hardness and liquid viscosity eliminates freezing requirements while preventing collapse during transport.

Extruded dry food products maintain microbiological safety through controlled water activity while preserving elasticity after rehydration.

Transversal sliding stems with anti-friction coatings align male elements, reducing wear and preventing metal inclusions.

Aligns food product fibers through a venturi effect, resolving rubbery texture and odd cook shapes caused by excessive pressure.

Segmented coarse particles resolve the contradiction between structural stability and disintegration speed.

Stationary directional control vanes guide hot air flow to eliminate rotating drums and reduce manufacturing complexity in continuous popcorn poppers.

Mincing fish at -10°C to -5°C prevents brittle fiber fragmentation, yielding 90% columnar granules for stable cold chain storage.

A modified starch additive lowers oil absorption in fried foods while preserving texture and taste.

Wholegrain instant pasta combines fine semolina with thin extrusion to resolve texture issues while enabling rapid cooking times.

Segmented nozzle base with dedicated access ports allows bushing replacement without full mold disassembly, reducing downtime and preventing melt leakage.

Thermal sediments improve foam stability by acting as surface active agents, resolving extraction efficiency trade-offs.

A nozzle assembly with a flute structure supports slide movement of the valve stem in hot runner systems.

Low water activity extrusion achieves starch gelatinization while preventing nutrient degradation and flavor alterations.

A tofu press uses a toggle latch to apply pressure and remove liquid from the product.

Agglomerating foaming soluble coffee particles without milling preserves internal bubble structure for beverage preparation.

Segmented spray-dried particles and granules mask off-tastes while maintaining stability during processing.

A pneumatic-driven double-compression popping apparatus manages two independent compression cylinders to produce chip-like snack foods.

A stripper assembly actuates neck rings and a stripper ring in unison to eject preforms from a mold stack.

A forming die assembly uses a plunger and punch to compact metal powder into green compacts.

Organic solvent extraction and wet granulation preserve 1'S-1'-acetoxychavicol acetate content while reducing microbial contamination.

A composite nozzle cap uses a polymeric second part to seal between the nozzle tip and gate insert.

MDG oil and phospholipids solubilize lipophilic nutrients, resolving insolubility bottlenecks that limit bioavailability.

An extrusion die with peripheral indentations creates controlled macro-cracks on breakfast cereals.

Continuous extrusion shapes pumpable food mass directly onto a carrier, eliminating hollow molds and air pockets while ensuring compact structural integrity.

Monolithic neck mold halves attach directly to die sets for injection blow molding parisons.

Three-stage sealing prevents abrasive dough ingress into bearings, reducing extrusion pressure to 20-30 psi and minimizing equipment downtime.

A reconstituted rice grain manufacturing process uses starch gelatinization and compression to form cohesive grains with natural appearance.

An asymmetric runner system adjusts cross-sectional areas to deliver uniform packing pressure across varying substrate layouts.

Segmented nozzle components and nested bushings manage thermal expansion while preventing molded part damage during precise shut-off operations.

A single screw extruder cutter uses interacting guiding means and rotational locking to secure the mounting plate assembly.

Segmented manifold assemblies allow remote maintenance without shutting down the injection molding machine.

Vent channels and a chamber in the bushing evacuate gas from molten plastic, preventing leakage and restricting movement.

Polyoxymethylene copolymer die plate inserts balance surface roughness and firmness to resolve sauce adhesion versus al dente consistency trade-offs.

Salt solution soaking replaces alkali treatment to extract seaweed polysaccharides, reducing cooking losses and syneresis in restructured hams.

Subcritical carbon dioxide injects flavor additives into seeds and nuts, protecting heat-labile ingredients from thermal degradation during cooking.