Confectionery TRIZ Cases

A confectionery mass heat exchanger transfers thermal energy from vacuum vapors to the base material.

Segmenting the binder into a polymerizable acrylate core and water-based shell resolves the trade-off between flexural strength and surface finish.

Rotatable upper punches prevent material adherence to pressing surfaces, maintaining compact quality for noncircular shapes.

Near-melt heating of flexible tube ends allows mandrel pressure forming, preventing elastic memory shape loss at operating temperatures.

Sliding column and block locking mechanism adjusts jaw spacing to accommodate variable die thicknesses without housing substitution.

Chilled dextrose chocolate mixes with low-temperature sugar binders to distribute cocoa evenly, preventing separation and smearing during baking.

Merging edge seal formation with component molding prevents contact corrosion and reduces production costs.

A heated scraper melts adhering coating material on a circulating belt and returns it to objects.

Segmented control cam parts detach and slide radially to enable extraction parallel to the rotor axis without removing punches.