CNC Processing

In industrial production, dimensional accuracy and tolerance control are among the most critical factors directly affecting product quality. Parts used in pneumatic systems, in particular, require micron-level accuracy due to their operation under high pressure and continuous working conditions. To meet these requirements, advanced CNC machining infrastructure and complementary surface treatment technologies are of great importance.

CNC vertical machining centers with large table sizes allow for the machining of large and complex geometries in a single setup. With vertical machining centers having capacities of 4000 mm x 2000 mm x 1500 mm, large pneumatic body parts can be machined with high rigidity and stability. This ensures superior surface quality and dimensional consistency.

CNC lathes, which allow for the machining of parts up to 1000 mm in diameter and 3000 mm in length, play a critical role, especially in the production of cylindrical pneumatic components. Vibration-free machining of long and heavy parts ensures the achievement of desired tolerance values. CNC machines positioned in mass production lines offer repeatable quality and high production speed.

Honing and grinding processes, which complement precision machining processes, are the stages that determine the functional performance of pneumatic parts. In-house honing of pipes minimizes internal surface roughness, improving sealing and friction performance. Grinding processes carried out on shaft grinding machines provide critical advantages in terms of axial accuracy and surface quality.

Performing all these processes under the same production roof allows for the effective management of quality control processes. Production processes are continuously improved thanks to measurement, control, and feedback mechanisms. This approach makes it possible to obtain reliable results in both special production requests and mass production.

With its advanced CNC machining, honing, and grinding infrastructure, Fenitsa offers high-precision, tolerance-controlled, and sustainably quality-oriented solutions in pneumatic part production.