Milling with efficiency, precision and expertise

The energy sector faces the challenge of developing new technologies and processes to reduce CO2 emissions through the transition to low-emission or emission-free energy sources. High-performance materials are increasingly being used in the manufacture of components and assemblies for wind turbines, hydroelectric power plants, gas and steam turbines and electrolysers.

These materials are characterized by high strength and high resistance to mechanical stress, withstand high temperatures and corrosive conditions, but are also difficult to machine.

Precise 5-axis milling is required in production, as the geometries of the curved blades and fine structures are often very complex. Titanium alloys also have low thermal conductivity, which means that heat builds up on the cutting edge. Nickel-based alloys, on the other hand, are tough and tend to work harden. With stainless steel, thermal expansion can lead to dimensional deviations and soft aluminum can deform during machining.

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