Innovation in Simulation for Additive Manufacturing
The metal 3D printing sector now has a new analysis tool thanks to the integration of the PanX solver into the Synera platform. This technological collaboration aims to optimize additive manufacturing processes through advanced simulations that require fewer computational resources.
Current Challenges in Predictive Analysis
Simulation of additive manufacturing processes faces several significant obstacles:
- High hardware resource consumption
- Prolonged processing times
- Difficulty handling complex geometries
- Lack of integration between tools
"The PanX solution represents a significant advance in accessibility and efficiency for thermomechanical simulations"
Technical Advantages of the New Solver
The approach implemented by PanOptimization offers several substantial improvements:
- Multigrid modeling for greater precision
- Compatibility with LPBF and DED processes
- Operation on conventional equipment
- Reduction in simulation times
Process Automation
Integration with Synera enables:
- Direct execution of simulations
- Automatic distortion compensation
- Modification of analysis templates
- Interference detection
Interoperability with Other Platforms
The Synera ecosystem connects with multiple industrial solutions, including tools from:
- Hexagon (AM Studio)
- EOS (EOSPrint)
- Fraunhofer IAPT
Strategic Importance of Simulation
Predictive analysis has become a fundamental element for:
- Reducing development costs
- Minimizing printing failures
- Optimizing manufacturing parameters
- Accelerating production times
This solution will be commercially available after completing its testing phase with selected customers, marking a milestone in the evolution of tools for additive manufacturing.