Food Shaping TRIZ Cases

See how slicing raw pork skin into rectangular pieces and frying in metal molds creates flat, s

See how a segmented capsule holder with separate threaded ring and soft cover reduces weight an

See how a movable C-frame platen with collar stops and tension rods maintains punch alignment d

See how a moving compression head and metering feed system maintain batch uniformity and textur

See how a moving carriage system with automated feed, ejection, and cleaning enables continuous

See how a movable compression head frame enables dynamic repositioning between working and clea

See how tolerance slots between punch and connection manifold allow thermal expansion movement

See how a movable platen with interlocking frame prevents deflection during compression while e

See how a cornstarch-glycerin-tapioca composite maintains structural integrity in beverages for

See how continuous extrusion, controlled cooling, and flow-wrapping with adhesive film enable b

See how sporopollenin exine capsules encapsulate phase change materials in ionic liquid composi

See how a crystalline PHB and amorphous aPHA blend resolves the toughness-melting point contrad

See how modular character tiles fit into a reusable mold base to create multiple food designs,

See how tessellated polygonal cavities with domed lids produce structurally stable gem-shaped f

See how a hook retainer temporarily holds inclined roof panels in place during adhesive setting

See how a removable kettle assembly lifts off supports and locks in dumping position to simplif

See how metal-mold frying and rectangular slicing produce flat, uniform pork rinds that hold to

See how a cartridge-based rehydration system eliminates cooling, reduces contamination risk, an

D-shaped food products and matching apertures fill the cutting zone more fully, increasing sliced output per blade movement and lowering cost.

A nested bowl and steam well heat mixed food indirectly, improving heating uniformity while keeping temperature control stable.

Local recess textures on a dome-shaped pressing surface stop oily coffee powder from sticking, improving molded body consistency at high pressure.

Localized recessed textures on a dome-shaped pressing surface stop coffee powder adhesion under high pressure and keep moulded products consistent.

A meat, berry pomace, collagen, and bigel formulation enables 3D-printed soft bite-sized food with balanced nutrition and safer swallowing.

Extruder-controlled gelatinization, depressurization, and cooling create a starch matrix that resists collapse in liquid cooking and keeps a matte finish.

Granulating psyllium husk with fine powdered sugar improves water affinity, so the drink disperses easily without vigorous shaking.

Multiple flavor and functional capsules in a molded porous pouch stagger ingredient release to extend oral texture, aroma, and taste.

Combined lateral transport and vertical cooling airflow dries sticky extrudate at the die core to prevent clogging and stabilize pelletization.

Selective chamber heating and cooling keeps food material at optimal extrusion temperature, improving flow, versatility, and residue removal.

Extrusion under controlled moisture, temperature, and pressure removes off-flavor volatiles and improves chickpea flour mouthfeel.

Controlled low-moisture extrusion with modified starch and maltodextrin enables ≥12% flavor retention without added drying.

Controlled water addition and low-temperature drying create a mouldable savoury article that keeps its shape in transport and dissolves quickly.

Blending steviol glycosides in specific ratios reduces bitterness and sweetness linger while creating a more sugar-like taste profile.

Blended hydrocolloid, viscous, and prebiotic fiber microparticles replace fat while preserving creaminess, texture, and lubricity in foods.

A through-hole loosening unit splits and cools protein extrudate to avoid hard texture and improve meat-like softness and handling.

Egg white flakes coated with edible dust create cake glitter that adheres to icing, keeps color from bleeding, and avoids non-food additives.

Hot air preheating before oil popping cuts kernel residence time while improving popping consistency in continuous popcorn production.

Dry micronization and short high-temperature drying raise soybean flour solubility above 95% NSI while reducing bitter taste and process time.

Controlled viscosity in adiabatic extrusion reaches pasteurization temperature without extra heating, improving microbial quality and taste.

Natural dried fruit, seed meal, and legume meal form a shelf-stable snack matrix that holds shape without added sugar binders.

Mechanical compression turns an oat milk base into a shelf-stable solid that reconstitutes with water while reducing energy use and packaging waste.

Controlled pulse, millet, fiber, sugar, and particle sizing improve puffing, shaping freedom, and reduce tooth sticking in puffed foods.

Variable-pitch twin screws and a large die speed maize flow, cut friction and pressure, and eliminate nejayote during nixtamalization.

Adiabatic extrusion uses viscosity-driven frictional heating to reach pasteurization temperature without external heating, improving microbial quality.

High-temperature pressurized shearing hydrolyzes and sterilizes fibrous raw materials with limited water, then uses adiabatic expansion for solubilization.

Pre-portioned ingredient cartridges and heat-pressure forming enable fresh personalized food bars in under five minutes with consistent quality.

A twill polypropylene fabric belt improves tofu release and water retention in continuous forming, reducing adhesion loss and hardening.

Rotary cooking partially gelatinizes whole grains and legumes before puffing, preserving natural appearance while improving cake durability.

Chemical profiling of pickled olive green sauce identifies key aroma compounds to guide faster, evidence-based food pairing.

Separating cooked non-potato starch from native potato starch before extrusion prevents overcooking and delivers more uniform snack expansion.

A monoglyceride and fatty acid salt lamellar phase stabilizes low-fat food foams, improving melt resistance, overrun, and texture.

Detachable tube arrays keep dough flows separate for uniform distribution while simplifying cleaning, maintenance, and flexible operation.

A protruding, expanding filling tube lets curable casing solidify and stretch into plump, wrinkle-free sachets with tight seals.

Automated clamping, skewer guiding, and rotary cutting produce hygienic spiral potato slices with consistent spacing and less damage.

A twin-screw rotary head extruder handles varied granular ingredients without blockage while preserving random shape, crunch, and target density.

Ultrasound forms a cellulose nanofiber Pickering emulsion with fluid CO2, enabling solvent-free capsules for biological uses.

A composite blend of natural sweeteners, fiber, herbs, and vitamins lowers calorie intake while preserving taste and supporting digestion.

Conventional melt extrusion limits flavor below 10%; a modified starch–maltodextrin carrier enables ≥12% loading without post-drying.