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Large steel structure being lifted by overhead crane inside a production hall.

Wind

Large-scale CNC machining for Lindø wind turbine test bench

Specialist machining for large, individually engineered components used in advanced wind turbine testing.

Challenge

R&D was building one of the world’s largest and most advanced turbine test benches at Lindø Offshore Renewables Center (LORC).

Designed for Highly Accelerated Life-cycle Testing (HALT) of wind turbine components up to 10 MW, the project required precision machining of an exceptionally large component measuring Ø6,500 × 2,000 mm and weighing 65 tonnes.

    Large steel structure being lifted by overhead crane inside a production hall.

    Nordmark’s role

    Nordmark was responsible for precision machining a 65-tonne component measuring Ø6,500 × 2,000 mm for R&D Test Systems.

    The project required specialised large-scale machining capacity and experience in handling heavy, complex components. Nordmark’s contribution supported the construction of the HALT test bench at Lindø Offshore Renewables Center.

      Exterior view of Nordmark's production facility with the company logo on the building.

      Facts and figures

      2,000 mm
      Height
      6,500 mm
      Diameter
      65 t
      Weight

      Customer value

      The machined component formed part of a test facility designed to help wind turbine manufacturers test component performance and life cycles faster and more effectively. Nordmark’s ability to machine large and complex components supported R&D in delivering advanced testing infrastructure for the wind energy industry.

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