Comprehensive Solutions for Rotodynamic Pump Design and Optimisation

Our pump module is specifically designed for the creation and optimisation of all types of rotodynamic pumps. CFturbo supports the design of axial, mixed-flow, and centrifugal pump configurations and also enables the development of specialised components such as inducers and sewage water impellers.

Pump Component Design Modules

From Impellers to Stators — Every Stage, Perfected

CFturbo’s pump design suite empowers engineers to create, optimise, and integrate every major pump component with precision. Each module—Impellers, Volutes, and Stators—works seamlessly together, allowing for tailored design, accurate flow prediction, and efficient stage configuration. Whether you’re developing axial, mixed-flow, or centrifugal systems, CFturbo ensures engineering accuracy from concept to simulation.

Impellers

Design pump impellers tailored to your specific requirements, using a foundation built on fundamental equations and the latest empirical correlations.

Volutes

Design the volute for a centrifugal pump, automatically incorporating the outflow conditions from the previously designed impeller or radial diffuser.

Stators

Vaned and unvaned stators complete the pump stage flow path, with unvaned stators also serving as a preparation step for flow simulation models.

Capabilities

  • Design different types of pumps in a specific speed range 8 < nq < 500 (EU), 400 < Ns < 22,000 (US)
  • Create complete pump stages from different single components such as impellers, vaned and vaneless stators, and volutes
  • Use a fully parametric geometry model of the pump that can be the basis for design exploration and optimisation
  • Export the 3D model for further applications like flow simulation (CFD), finite element analysis (FEA), mechanical design (CAD), and rapid prototyping

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