Design smarter. Manufacture faster. Optimize every layer.
See how simulation-driven design improves additive manufacturing performance—before production even begins
Ready to take your additive manufacturing process to the next level? This interactive demo walks you through how to design advanced cooling channels, perform mold and thermal analysis, and apply design for additive manufacturing (DfAM) best practices—all within a seamless digital workflow. You'll also explore how staged modeling can streamline complex builds and reduce costly errors. Whether you're engineering precision parts or scaling production, this demo shows you how simulation empowers smarter, faster decisions.
What you’ll learn in this demo:
Design efficient cooling channels for better performance
Learn how to create conformal cooling channel designs that improve heat dissipation, reduce cycle times, and enhance part quality.
Perform mold and thermal analysis before production
See how simulation helps detect flow and temperature issues early—preventing defects and reducing costly rework.
Apply design for additive manufacturing (DfAM) best practices
Discover how to optimize part geometry, support structures, and material usage specifically for additive processes.
Use staged modeling for complex part builds
Explore how staged modeling techniques allow for better control, planning, and success when manufacturing intricate or multi-phase parts.
Accelerate production with simulation-driven validation
Gain insights into how early design validation reduces errors, shortens lead times, and streamlines your additive manufacturing workflow.