Pattern and mold design is a fundamental process used to accurately create the internal cavities and complex geometries of cast parts. The dimensions and tolerances of the part are examined to ensure the pattern is positioned in the mold in the most suitable way.
With pattern models prepared using CAD-supported programs, the flow, cooling, and shape accuracy of the casting can be checked in advance. This reduces errors and increases production efficiency.
Mold design is completed by correctly integrating the pattern, runner, riser, and cooling systems. Proper design and CNC machining ensure the production of durable, high-quality, and stable molds.
Pattern and mold design is one of the most critical stages in casting processes, ensuring that the internal cavities and complex geometries of the part are accurately created. The technical drawings and required tolerances of the part are analyzed to determine the most suitable form for the pattern to fit seamlessly into the mold. This stage forms the foundation for both casting quality and production efficiency.
Modell- und Formgestaltung ist eine der wichtigsten Phasen im Gussprozess, da sie sicherstellt, dass die inneren Hohlräume und komplexen Geometrien des Teils korrekt erstellt werden. Die technischen Zeichnungen und erforderlichen Toleranzen des Teils werden analysiert, um die am besten geeignete Form zu bestimmen, damit das Modell problemlos in die Form eingesetzt werden kann. Diese Phase bildet die Grundlage sowohl für die Gussqualität als auch für die Produktionseffizienz.
Thanks to CAD-supported design programs, pattern models are created with high precision and their placement within the mold is checked through simulations. This allows the metal flow, formation of internal cavities, and cooling balance to be evaluated in advance. A properly designed pattern model minimizes errors and significantly reduces the need for additional machining.