Cheese Manufacture TRIZ Cases

Inoculating milk with Lactobacillus sakei produces volatile sulphur compounds during fermentation.

An automated system uses a delta robot to position and fill burrata cheese, eliminating manual labor and reducing contamination risks.

Segmented bearings support the coaxial screws, resolving vibration issues that limit throughput and service life in high-capacity shredding applications.

Inclined tray bottom channels serum toward drainage openings, preventing stagnation and maintaining uniform air temperature during ripening.

Segmented receptacles rotate cheese wheels along a transverse axis, resolving inefficiencies from cumbersome height-adjustable movements.

A plant-based cream cheese emulsion combines protein, stabilizer, and starch to create a stable matrix.

A vegan food product uses a composite starch and protein system to achieve cheese-like melting properties.

Braking element maintains non-rotatable position during horizontal cutting, reducing processing time and contamination risk.

Segmented cheese curds absorb wood smoke during incubation to resolve uneven smoking and long exposure times.

Papain enzymolysis of modified cheese powder raises dimethyl disulfide levels, improving flavor without altering existing taste profiles.

Fermenting legume milk with acidifying bacteria creates a soft cheese equivalent, removing soy aftertaste and ecosystem impact.

A hazelnut milk cheese production method uses mild thermal processing and herbal ferments to coagulate plant proteins without animal inputs.

A single-walled perforated metal press cover with a circumferential bent rim provides whey discharge and structural rigidity.

Corn protein isolate formulations resolve brittleness and off-flavor trade-offs in vegan cheeses by enabling enhanced browning and neutral taste profiles.

A cheese analogue uses controlled solid fat content to achieve hardness without animal fats.

Controlled shear mixing homogenizes dairy protein and fat mixtures, resolving the contradiction between reduced fat content and organoleptic quality.

Electromagnetic heating replaces hot water systems to eliminate solids loss while maintaining precise temperature control during stretching.

A calcium citrate chelate composition delivers bioavailable calcium to non-dairy consumables.

Dynamic inlet positioning and variable flow cross sections maintain curd suspension to prevent agglomeration during high speed filling.

Basidiomycete lipases replace animal enzymes in cheese production, restoring characteristic aroma while satisfying vegetarian and halal dietary requirements.

Three spaced slides divide the chamber to prevent curd impact, ensuring uniform compaction.

Segmented cooling isolates packaged cheese from contaminated water, eliminating filtration needs while ensuring hygiene.

A two-step vacuum treatment compacts curd mass without mechanical force.

Alternating ridges and grooves on the forming device compress curd grains while allowing whey drainage, reducing pinhole defects.

Delayed Maillard reaction precursors enable browning and aroma in vegan cheese, preventing unwanted industrial browning during production.

Asymmetric drainage column resolves fuseability and integrity contradictions for high-salt or low-moisture cheese production.

Rennet coagulation and high-temperature scalding prevent melting during frying, maintaining grain structure.

Replacing water immersion with pneumatic cooling in a tunnel reduces water consumption while maintaining uniform moisture distribution.

Dynamic two-dimensional movement of the curd distributor and mould holder ensures uniform curd distribution across varied cheese formats, reducing product loss.

Dextrin and magnesium carbonate prevent agglomeration when blending dried soybean powder with water, resolving storage stability versus solubility trade-offs.

Paprika oil emulsion with caseinate colors cheese curds without contaminating whey, avoiding expensive bleaching costs.

A control unit redirects product supply to a single filling machine as a batch nears completion.

Segmented perforated plates with local rib structures resolve strength and whey discharge contradictions in cheese molds.

Perforated frames maintain cheese dimensions during foil ripening, preventing shape loss from moisture evaporation.

A fermented plant protein mixture combines pulse isolate and concentrate with lactic acid bacteria to create a smooth, homogeneous composition.

Automated spray bars clean the closed housing, while heat recovery units maintain temperature without increasing refrigeration load.

Liquefied cheese compositions achieve texture stability by adjusting pH and homogenizing under pressure to resolve handling trade-offs.

Localized surface heat inactivates pathogens while maintaining low core temperature to prevent texture degradation during extrusion.

Steam heating replaces hot water in the kneading channel, retaining nutrients and reducing energy consumption.

Segmented stations with a moving trough resolve scaling contradictions in cheese production lines.

Grade 2 gum Arabic improves melt-stretch in low protein imitation cheese, replacing casein without compromising texture.

An embossing roller imprints customizable motifs into soft processed cheese during the rolling phase.

A rotating cutting device creates uniform cheese layers using horizontal knives.

A vegan cheese substitute uses seitan as a high-protein gluten base to deliver sensory properties similar to animal-derived dairy products.

Sequential acid and enzymatic coagulation creates fibrous texture, avoiding the paste consistency typical of conventional cheese production.

Cutting back rectangular curd edges creates convex surfaces that resolve trade-offs between uniform slice production and excessive salt accumulation at corners.

Segmentation creates separable plant-based cheese slices that reduce packaging complexity while maintaining organoleptic characteristics.

Surface rennet application on ultra-filtered milk curds initiates early proteolysis, cutting ripening time and lowering storage energy costs.

Protruding patterns on plates engage soft cheese curd during draining to create precise markings while preserving structural integrity.

A robot arm moves cheese along a fixed mechanical planer to strip the rind, containing chips and reducing cleaning needs.