StrömungsRaum® Integrates Simulation Directly Into the Injection Molding Process

Cloud-based, fast, and requiring zero additional system overhead. Instead of running costly physical trial loops, high-fidelity CFD analyses enable early-stage evaluation of mold-filling behavior, temperature distribution, and potential defect sources.

This shifts the decision-making pipeline from physical tooling trials directly into the initial design phase. Consequently, design iterations are reduced, development cycles are shortened, and overall process stability is significantly enhanced.

With StrömungsRaum®, design variants can be rapidly compared, making optimization potential immediately visible. This allows minor design modifications to be evaluated and implemented lockstep before driving up costs in downstream series production.

The platform consolidates simulation, automation, and cloud-compute performance into a single environment that eliminates the need for complex local IT infrastructure. As a result, injection molding development becomes not only more efficient but also more accessible to various stakeholders across the enterprise—from design engineering to plant management.

Simulation is no longer a bottleneck or an optional post-process; it is an integrated, core component of modern injection molding engineering—faster, data-driven, and optimized for decision-making.