Casting

The durability, precision, and longevity of parts used in pneumatic systems are directly related to the casting methods preferred in the production process. Aluminum-based pneumatic parts, in particular, are widely preferred in industrial applications due to their lightness and strength advantages. In this regard, aluminum injection and die casting technologies offer production solutions that meet high quality standards.

Aluminum injection casting is a prominent method for the mass production of pneumatic parts with complex geometries. This technique is carried out by injecting liquid aluminum into a mold under high pressure, resulting in parts with high surface quality and tight dimensional tolerances. Thanks to injection casting, critical parts such as pneumatic valve bodies, cylinder heads, and fittings can be produced with minimal finishing requirements.

Die casting, on the other hand, is an ideal solution for pneumatic parts with thicker sections and higher mechanical strength. This casting method, using metal molds, ensures homogeneity of the internal structure of the part and stable strength values. Pneumatic parts produced by die casting offer long-term performance in systems operating under pressure and significantly reduce the risk of deformation.

Fenitsa’s in-house casting infrastructure allows for direct quality control throughout the production process. Integrated management of all steps, from mold preparation and casting to cooling, initial checks, and subsequent machining, shortens production time and reduces error rates. This approach enables sustainable quality in pneumatic part production.

The combined use of aluminum injection and die casting methods offers flexible production possibilities for pneumatic parts with varying technical requirements. Suitability for mass production, cost advantages, and repeatable quality are key features of this production model.

With its advanced casting technologies and production capabilities, Fenitsa provides highly precise and reliable solutions in pneumatic part casting, effectively responding to industrial needs.