Moulds TRIZ Cases

Horizontal casting with rotating formwork eliminates honeycombing in thin walls.

Segmented molds move radially and axially to eliminate undercuts, enabling accurate injection molding of complex bellows geometries.

Gear drive mechanisms retract liner plates before ejection, reducing piston wear and preserving surface texture patterns.

Dynamic adjustment of the core forming member width varies web thickness, enhancing shear stress resistance at slab ends while reducing overall weight.

A movable tapered mandrel forms flared ends during catheter extrusion, eliminating separate heating steps and reducing material breakage risks.

Pre-cast elevator shaft segments with serrated edges join offsite to eliminate formwork, reducing construction time and curing delays.

Introducing carbon dioxide into precast concrete cavities accelerates strength development through internal carbonation.

A powder dry-pressing molding device integrates a scraping mechanism to level granular material before compression.

Transversely displacing latching wedges join the housing and head, enabling automated cutter removal without compromising sealing strength.

Flexible silicone rubber molds compress to release interlocking concrete walls while preserving fine details and rebar holes.

Stacked riser form carriers adjust longitudinally via a positioning assembly to adopt a staggered configuration.

Segmented screw connections between mold cores and core holder strips prevent breakage during mechanical shaking cycles.

Alternating large and small diameter cutting blades create thick and thin noodle portions, eliminating time-consuming pressing roll replacements.

Interlocking projections prevent slippage in stacked precast concrete without separate manufacturing.

A rigid form uses a non-rigid sheet liner pressed by an auxiliary mold to shape concrete surfaces.

Stacking prefired ceramic segments on decreasing circumference mandrels creates dome shaped LTCC substrates, eliminating signal loss from additional connectors.

Integrating the heating chamber within the frame chamber reduces heat loss and production costs while enabling rapid sintering of powder preforms.