Consolidated Stators Designed for Additive Manufacturing, with Optimized Internal Cooling Channels, Accelerate Lead-times, Reduce Costs and Improve Thermal Performance
500 mm
seamless direct metal parts
part count reduction demonstrated
1600 K
operating temperature achieved

Improve System Efficiency and Reliability

The Benefits of Stator Production Using 3D Systems Additive Manufacturing Solutions

  • Stator Vanes 3D printed part
  • Reliability and Reduced Cost

    Traditional manufacturing of stator vanes and rings from billet is costly, especially with the tough materials used to make stator vanes. These complex shapes must then be brazed together when complete, further increasing costs and lead times while sacrificing assembly strength and longevity. Replacing multipart assemblies with monolithic parts increases reliability, improves manufacturing yield, and reduces labor costs.
  • a man standing inside of a 3D printed stator, showing that the scale is larger than him
  • Time to Market

    One of the traditional approaches to manufacturing stator vanes and other turbine components is through the decades-old process of investment casting technology and its use of wax patterns. However, making traditional patterns first requires a mold that is costly to machine and often takes weeks or even months to produce. Because stereolithography additive manufacturing technology can produce hollow sacrificial patterns literally overnight, engineers can reach an optimal design far more quickly and without tooling and storage costs compared to conventional manufacturing methods.
  • a 3d printed stator vanes part
  • Improve Thermal Performance

    Thanks to additive manufacturing’s ability to produce previously un-manufacturable parts and part features, engineers have the freedom to design optimized turbomachinery components. For example, enabling the creation of more complex cooling channels will significantly increase heat transfer and turbine efficiency.

Solving the Challenges of Stator Vane Design and Manufacturing

  • Decades of Experience

    3D Systems Application Innovation Group (AIG) guides customers from design concept to product production and technology transfer into scalable manufacturing. We offer full DfAM (Design for Additive Manufacturing) consultation services, which include optimization of component geometries, cost and production optimization, additive manufacture planning, and experience with a wide array of finishing and post-processing technologies.

  • Additive Manufacturing Solutions for Large Metal Parts

    With our broad range of advanced additive manufacturing technologies, materials, and software solutions, we can deliver seamless 3D printed metal parts of 500 x 500 x 450 mm within tight tolerances and with outstanding material properties. For investment casting of any superalloy, you can print patterns up to 1500 mm long.

  • Production Capability

    With our production facilities, we can be your agile manufacturing arm, helping you transition from prototype to production, while offering increased supply chain capacity and flexibility.

More Turbomachinery Applications


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    Rethink Design and Manufacturing Processes

    Download this eBook to learn how to reduce total part count, streamline production and elevate part performance with metal additive manufacturing.

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Talk to an Expert

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  • Application Innovation Group

    Our team can help you solve your most difficult design and production challenges with additive manufacturing solutions. Together we’ll identify your needs, working with you to optimize your designs, prototype, validate and define a manufacturing flow.