Automobile Forging Parts

FLUIDO offers hot forging services for producing complex and high-strength metal parts. By shaping heated metal under controlled conditions, we achieve excellent material flow, improved grain structure, and enhanced mechanical performance.

FLUIDO provides precision cold forging solutions for components requiring tight tolerances and excellent surface finishes. This process improves material strength while minimizing machining requirements and material waste.

FLUIDO specializes in open die forging for large and custom-shaped components. This process provides superior strength, structural integrity, and flexibility for producing shafts, blocks, discs, and other heavy-duty forged parts.

FLUIDO manufactures seamless rolled rings with excellent strength, dimensional accuracy, and material consistency. These forged rings are widely used in valves, bearings, flanges, gears, energy equipment, and other demanding industrial applications.

FLUIDO provides sand casting solutions for small to large metal components with flexible designs and cost-effective production. Sand casting is suitable for a wide range of materials and applications, especially medium- and large-sized parts.

FLUIDO offers investment casting services for precision components requiring complex geometries, tight tolerances, and superior surface finishes. This process is widely used for valves, pumps, machinery parts, and other high-performance applications.

FLUIDO offers precision die casting services for producing high-volume metal parts with excellent dimensional accuracy and surface finish. This process is ideal for complex components that require consistency, efficiency, and minimal post-processing.

FLUIDO delivers gravity casting services for manufacturing durable components with improved mechanical properties and reduced porosity. This process provides excellent dimensional stability and surface quality for various industrial applications.

FLUIDO specializes in lost foam casting for producing complex metal parts with minimal machining requirements. The process enables intricate shapes, high design flexibility, and efficient production of near-net-shape components.