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Last updated January 31, 2026
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Integrated runner separation mold geometry: BayerRecent Research Landscape

Entrapped air and thermal shrinkage during solidification cause structural porosity and dimensional instability. This lever utilizes controlled vacuum pressure and gelling kinetics to ensure uniform material density and defect-free casting.

What technical problems is Bayer addressing in Integrated runner separation mold geometry?

Uncontrolled component geometric distortion

(22)evidences

Residual impurities and surface irregularities prevent uniform coating adhesion and precise laser processing. Eliminating these barriers ensures structural integrity and coating longevity.

Imprecise component edge definition

(21)evidences

Imprecise placement of shaped bodies or fiber inserts during molding leads to structural defects and dimensional variance. Ensuring exact spatial alignment prevents mechanical failure and assembly rejection.

Inefficient runner material removal

(9)evidences

Entrapped air and premature solidification prevent uniform material distribution. Eliminating these defects ensures structural integrity and dimensional accuracy in complex cast components.

Structural discontinuity between molded components

(7)evidences

The keywords indicate difficulties in achieving reliable adhesion and structural continuity between disparate molded components or aggregate materials. Solving this prevents mechanical failure at material interfaces and ensures uniform load distribution across complex composite structures.