Cheap CFTurbo for Parametric Turbomachinery Design
CFTurbo is turbomachinery design software for creating parametric pump, fan, compressor and turbine geometry and preparing those models for CAD, CFD and FEA workflows.
September Sale: 5% Off
Save 5% on all products through October 1, 2026.
CFTurbo: Versions and Prices
| Version | Price |
|---|---|
| CFTurbo 2026 R2.1 + CFTurbo BladeRunner 2026 R2.1 + CFTurbo FEA 2026 R2.0 | |
| CFTurbo 2025 R2.2.121 + CFTurbo FEA 2025 R2.0 | |
| CFTurbo 2023 R2.3.103 + CFTurbo FEA V2023 R2.1 | |
| CFTurbo 2022 R2.4.88 | |
| CFTurbo 2021 R2.2.72 |
Current CFTurbo turbomachinery design workflow
The current CFTurbo workflow covers pumps, fans and blowers, compressors and turbines. Depending on the machine type, it supports axial, mixed-flow and centrifugal designs and combines components such as impellers or rotors, stators and volutes into complete stages.
Design proceeds from the design point through editable geometry. CFTurbo can generate an automatic first draft, then keep the geometry parametric so dimensions and other design parameters can be refined during design exploration.
Parametric geometry, reverse engineering and engineering handoff
Current CFTurbo can import STEP, IGES and Parasolid geometry for reverse engineering and compare imported CAD data with a parametric CFTurbo model. Geometry export includes STEP, IGES, Parasolid, STL and DXF, with interfaces for CAD, CFD and FEA workflows.
Reverse engineering is also a useful release breakpoint. It was introduced in 2022 R1, while 2022 R2 added rotation-direction handling and hub-extension support. The 2021 R2 offer predates that reverse-engineering workflow.
Choose CFTurbo by release family
| Offered release | Buyer-relevant release-family changes |
|---|---|
| CFTurbo 2026 R2.1 | Balance-hole design, harmonized meridian-solid handling and geometric discretization for design parameters. |
| CFTurbo 2025 R2.2.121 | More flexible meridional curve handling, flexible volute inlet direction and airfoil-based axial stator design. |
| CFTurbo 2023 R2.3.103 | Draft-angle controls for spiral and double-volute geometry plus explicit stator-loss specification. |
| CFTurbo 2022 R2.4.88 | Solid and secondary-flow-path segments, Barske impeller design and expanded reverse-engineering controls. |
| CFTurbo 2021 R2.2.72 | Francis turbine design and a new neutral 3D-export structure; this release predates reverse engineering introduced in 2022 R1. |
Check CFTurbo 2026 R2.1 hardware before ordering
CFTurbo 2026 R2.1 requires an x86-64 processor with AVX2 support and a minimum screen resolution of 1600 x 900.
Use CFTurbo when the project starts with turbomachinery geometry design and needs geometry prepared for downstream analysis. If the primary task is general-purpose CFD simulation of existing geometry, see Ansys Fluent. Otherwise, select the exact CFTurbo release or package above and use its Buy button.