Die casting is a high-volume metal manufacturing process used to produce complex parts with excellent dimensional accuracy and repeatability. It is widely applied across multiple industries due to its efficiency, reliability, and ability to create intricate geometries.
The process minimizes secondary machining operations while maintaining strong mechanical properties and high surface quality.
We use advanced casting technologies that meet industry quality standards and market requirements.
The process begins with a detailed analysis of the 3D model and selection of the most suitable casting method. Model tooling is then produced, the mold is prepared, and molten metal is poured under controlled conditions.
After solidification, the casting undergoes shakeout, cleaning, and quality inspection. Machining is performed when required.
We utilize three casting technologies including green sand casting, cold box casting, and lost foam casting, selecting the optimal method based on part geometry, tolerance requirements, and production volume.
Green sand casting is a traditional and widely used casting method based on sand-clay molding mixtures. A pattern is placed into a molding box and compacted with sand to create the cavity for molten metal. This process is cost-effective and suitable for medium to large parts, offering flexibility in design and material selection.

Depending on project requirements and specifications, various metals are used in production, including cast steel and gray cast iron.
We work with a full range of industrial metals and alloys. Material composition is selected in accordance with customer specifications, technical requirements, and service conditions.
We partner with an independent certified industrial laboratory to verify chemical composition and mechanical properties and to ensure compliance with applicable standards.
