CAESES is a cutting-edge solution in the Engineering Design category, geared toward simulation engineers seeking optimal product designs. It combines robust CAD modeling with unparalleled automation capabilities for streamlined design studies and shape optimization. CAESES enables engineers to automate flow analysis while seamlessly integrating with simulation tools, making it ideal for industries such as shipbuilding, aerospace, automotive, and energy.

Explore exclusive CAESES deals here. For alternative tools, consider SketchUp, Onshape, and AutoCAD.

Why Choose CAESES?

Opting CAESES provides numerous advantages:

• Advanced Parametric Design: CAESES allows for precise geometry generation tailored to simulation requirements. It excels in creating flow-sensitive designs such as ship hulls, propellers, and turbochargers.
• Automation and Optimization: With built-in capabilities to automate iterative simulations and optimize product shapes, it saves valuable time and resources during design processes.
• Robust Geometry Generation: Unlike traditional CAD tools, CAESES ensures fully automated, variation-resistant modeling, making it perfect for demanding optimization workflows.
• Seamless Integration: CAESES connects efficiently with tools like OpenFOAM and other CFD software, ensuring a smooth design-to-simulation workflow without geometric compatibility issues.
• Top-Notch Support: Backed by industry-leading customer service, CAESES provides attentive assistance to tackle challenges and enhance user experience.

Who is CAESES For?

CAESES is tailored for diverse engineering professionals:

• Simulation Engineers: Empowering engineers to automate evaluations and improve iterative design efficiency.
• Naval and Aerospace Designers: Widely used for high-performance optimization of ship hulls, wings, and more.
• Product R&D Teams: Accelerates research cycles by delivering robust CAD models for testing and analysis.

CAESES is the ultimate choice for professionals striving to push the limits of engineering design efficiency through advanced parametric modeling and process automation. Enhance your design workflows today!