Turbomachinery Manufacturing Solutions
Tap into 60+ years of turbomachinery experience with MAX-PAC.
Manufacturing turbomachinery can be a challenging endeavor. Whether you want to flank mill a ruled blade to a mirror finish or use toroidal and barrel cutters to efficiently finish a turbine blade, we have a module to solve the challenges that are unique to these applications. These geometry-specific products allow you to configure your CAM system for any type of turbomachinery.
Input geometry is critical for producing high-quality toolpaths. That’s why our workflow starts with using CAD tools to prepare geometry and build a reliable and repeatable configuration.
From there it only takes a few clicks to generate an initial toolpath. Our collision avoidance algorithms do the hard work of orienting the tool so that you can focus on fine tuning to produce a toolpath that looks exactly the way you want it to.
As you build your operations, our integrated material removal and machine tool simulation tools enable you to further optimize your toolpaths so that you don’t waste valuable time on your machine.
Gear Manufacturing Solutions
Drive your success with GearCAM
Produce efficient toolpaths for manufacturing gears on any milling machine with an easy-to-use interface that never compromises on accuracy. Prototype new designs or produce replacements for your hard-working gear boxes.
Application Support Solutions
New to turbomachinery? Stuck on a challenging part?
With Agile Product Support we will be right by your side teaching you the basics and helping you push boundaries with more advanced techniques. And we’ll always make sure you have access to the latest tools and features.
Design Solutions We Offer
World's best design software specialized for turbomachinery
The Agile Engineering Design System®, is continuously refined through a rigorous development process. The process incorporates the most recent test data and the latest theoretical advances to aid in the design, analysis, and manufacturing of pumps, compressors, turbines, turbochargers, blowers, and fans.
These sophisticated software tools empower designers and product development teams worldwide and enable innovative solutions by applying a cost-effective concurrent development approach that balances issues of performance, reliability, operating life, and low-cost manufacturability.
World's best design software specialized for turbomachinery
The Agile Engineering Design System®, is continuously refined through a rigorous development process. The process incorporates the most recent test data and the latest theoretical advances to aid in the design, analysis, and manufacturing of pumps, compressors, turbines, turbochargers, blowers, and fans.
These sophisticated software tools empower designers and product development teams worldwide and enable innovative solutions by applying a cost-effective concurrent development approach that balances issues of performance, reliability, operating life, and low-cost manufacturability.
Preliminary Design
Flexible Tools
Unlimited Power
Preliminary Design
Our preliminary design suite uses a meanline approach to rapidly size and analyze single or multistage machines. Each specialized module features a design wizard that leads users through the process. Our preliminary design software modules for turbomachinery design are:
Detailed Design
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AxCent® - Detailed 3D geometric design and rapid 2D flow analysis of single and multistage axial and radial turbomachinery
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FINE/pbCFD™ and FINE™/Turbo - Specialized 3D flow analysis that provides advanced CFD through our partnership with Cadence/NUMECA.
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PbPost™ - Pushbutton post-processing module that enables FINE™/Turbo to be launched from within the AxCent® environment. It can also import the FINE/Turbo CFD results back into the AxCent viewing environment.
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Pushbutton FEA™ - Specialized 3D FEA analysis with highly automated preprocessing and postprocessing functions
Specialized Design
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CTAADS™ - Cooled Turbine Airfoil Agile Design System for advanced 3D modeling of cooling systems for axial turbine vanes and blades
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TurboOPT II™ - Holistic optimizer and stress analysis
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Dyrobes™ - Modeling dynamics of rotor bearing systems
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GasTurb™ - Simulated gas turbine performance
CAM Software Brochure
Our integrated design and manufacturing software tools provide designers with a cost-effective, concurrent development approach that balances issues of performance, reliability, cost-effectiveness, and manufacturability.
