Does the part fill as intended? Where can critical flow fronts, air traps or weld lines occur?
The filling simulation in injection moulding makes visible how the melt spreads through the part and where critical flow fronts can occur. It shows potential risk regions and lets you analyse the filling behaviour at an early stage. This allows you to assess more specifically whether adjustments to the part, the material or the process are required.
Which regions can influence dimensional accuracy and part quality after demoulding?
Shrinkage, part warpage in injection moulding as well as pressure and temperature profiles can influence quality. A part can look correct in the CAD model and still deform after injection moulding. The simulation makes the underlying physics visible. This allows you to classify possible causes of part warpage and deviations earlier and to evaluate technical adjustments on a better-founded basis.
How can process decisions be made before they cause scrap and late corrections?
If critical effects only become visible in production, further test runs cost material, time and money. Early simulation helps to evaluate variants and process conditions more specifically. This allows you to classify uncertainties earlier, reduce unnecessary iterations and substantiate decisions in the injection moulding process on a well-founded basis.
IANUS takes care of the technical analysis. Your team receives the results and decides on the next steps.
Do you have a part, a material or a process problem that you would like to understand better? If you are looking for injection moulding simulation software, in the end it is not about yet another software licence. What matters is a reliable basis for your next technical decision. IANUS analyses your requirements and supports you in getting started with injection moulding simulation. You do not have to build up your own simulation department or a complex tool landscape for this. That reduces the internal effort and makes domain-specific expert knowledge available to your team.
You receive the results as a management summary with the key findings at a glance, as a detailed analysis report with comprehensive results, interpretations and specific actionable recommendations, and for interactive evaluation in the 3D Viewer. This allows design engineering, research and development as well as production to follow the relevant results and put them into context for their next decision.
