Cloud-based access with an intuitive user interface, 3D visualisation (available for injection moulding and extrusion simulation) and structured presentation of results.
StrömungsRaum®: technical depth, simple access
StrömungsRaum® combines domain-specific 3D simulation, automated workflows and AI and optimisation services with cloud-based high-performance computing. Can be used for injection moulding, hot runners, centrifugal pumps and extrusion. This enables industrial companies to make reliable technical decisions without having to build up their own simulation department, a complex tool landscape or additional local hardware.
Try it now
StrömungsRaum®: technical depth, simple access
StrömungsRaum® combines domain-specific 3D simulation, automated workflows and AI and optimisation services with cloud-based high-performance computing. Can be used for injection moulding, hot runners, centrifugal pumps and extrusion. This enables industrial companies to make reliable technical decisions without having to build up their own simulation department, a complex tool landscape or additional local hardware.
Try it now
StrömungsRaum®: technical depth, simple access
StrömungsRaum® combines domain-specific 3D simulation, automated workflows and AI and optimisation services with cloud-based high-performance computing. Can be used for injection moulding, hot runners, centrifugal pumps and extrusion. This enables industrial companies to make reliable technical decisions without having to build up their own simulation department, a complex tool landscape or additional local hardware.
Try it now
Methodology
How is the right method selected?
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Depending on the application, IANUS uses physics-based, data-driven or hybrid modelling approaches. These include CFD-based methods and, in large-scale projects, CSM-based methods. Which method is used depends on the technical question, the respective application and the available data. The platform therefore does not follow a uniform standard calculation, but the approach that is technically appropriate.
What is automated in the simulation workflow?
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What distinguishes StrömungsRaum® from simulation software?
⌄
Methodology
How is the right method selected?
⌃
Depending on the application, IANUS uses physics-based, data-driven or hybrid modelling approaches. These include CFD-based methods and, in large-scale projects, CSM-based methods. Which method is used depends on the technical question, the respective application and the available data. The platform therefore does not follow a uniform standard calculation, but the approach that is technically appropriate.
What is automated in the simulation workflow?
⌄
What distinguishes StrömungsRaum® from simulation software?
⌄
Methodology
How is the right method selected?
⌃
Depending on the application, IANUS uses physics-based, data-driven or hybrid modelling approaches. These include CFD-based methods and, in large-scale projects, CSM-based methods. Which method is used depends on the technical question, the respective application and the available data. The platform therefore does not follow a uniform standard calculation, but the approach that is technically appropriate.
What is automated in the simulation workflow?
⌄
What distinguishes StrömungsRaum® from simulation software?
⌄
What simulation can change in practice
50% shorter purging times
€14,000 savings per material change At BBM Maschinenbau und Vertriebs GmbH, simulation was used to better evaluate an extrusion process and the material change. The simulation helped to assess material changes more quickly and to reduce the effort involved. “We only send the tool geometry and the process point, the rest is implemented by IANUS itself.”
Processing time reduced from several days to a few hours
Thermal optimisation in just a few mouse clicks At EWIKON Heißkanalsysteme GmbH, the effort required for the thermal evaluation and optimisation of hot runner manifolds was reduced considerably. The simulation automates the thermal analysis and shortens the path from input to technical evaluation. “The effort required to thermally optimize our hot runner manifolds has been reduced to a few mouse clicks.”
What simulation can change in practice
50% shorter purging times
€14,000 savings per material change At BBM Maschinenbau und Vertriebs GmbH, simulation was used to better evaluate an extrusion process and the material change. The simulation helped to assess material changes more quickly and to reduce the effort involved. “We only send the tool geometry and the process point, the rest is implemented by IANUS itself.”
Processing time reduced from several days to a few hours
Thermal optimisation in just a few mouse clicks At EWIKON Heißkanalsysteme GmbH, the effort required for the thermal evaluation and optimisation of hot runner manifolds was reduced considerably. The simulation automates the thermal analysis and shortens the path from input to technical evaluation. “The effort required to thermally optimize our hot runner manifolds has been reduced to a few mouse clicks.”
What simulation can change in practice
50% shorter purging times
€14,000 savings per material change At BBM Maschinenbau und Vertriebs GmbH, simulation was used to better evaluate an extrusion process and the material change. The simulation helped to assess material changes more quickly and to reduce the effort involved. “We only send the tool geometry and the process point, the rest is implemented by IANUS itself.”
Processing time reduced from several days to a few hours
Thermal optimisation in just a few mouse clicks At EWIKON Heißkanalsysteme GmbH, the effort required for the thermal evaluation and optimisation of hot runner manifolds was reduced considerably. The simulation automates the thermal analysis and shortens the path from input to technical evaluation. “The effort required to thermally optimize our hot runner manifolds has been reduced to a few mouse clicks.”
How a technical question becomes a decision
Whether injection moulding, hot runner, centrifugal pumps or extrusion: the basic workflow remains the same. A technical question becomes suitable inputs, a suitable simulation workflow and a comprehensible basis for decisions. The workflow can be used as a standalone simulation process. With our automated simulation products – for injection moulding, extrusion or centrifugal pumps, for example – you work directly in the browser. For individual large-scale projects, further integration into existing IT processes is also possible.
01.
Clarify the question and provide data
You describe the technical decision you want to validate. Together, we compile the required geometry, material and process data as well as other relevant boundary conditions.
02.
Run the simulation
The appropriate method and the required simulation scope are defined for your application. StrömungsRaum® supports the automated processing of the input data and running the simulation via cloud-based high-performance computing infrastructure.
03.
Use the results and make a decision
The results are provided in a structured form depending on the application. You can evaluate variants, analyse results and base your next technical decision on them.
Try it now
How a technical question becomes a decision
Whether injection moulding, hot runner, centrifugal pumps or extrusion: the basic workflow remains the same. A technical question becomes suitable inputs, a suitable simulation workflow and a comprehensible basis for decisions. The workflow can be used as a standalone simulation process. With our automated simulation products – for injection moulding, extrusion or centrifugal pumps, for example – you work directly in the browser. For individual large-scale projects, further integration into existing IT processes is also possible.
01.
Clarify the question and provide data
You describe the technical decision you want to validate. Together, we compile the required geometry, material and process data as well as other relevant boundary conditions.
02.
Run the simulation
The appropriate method and the required simulation scope are defined for your application. StrömungsRaum® supports the automated processing of the input data and running the simulation via cloud-based high-performance computing infrastructure.
03.
Use the results and make a decision
The results are provided in a structured form depending on the application. You can evaluate variants, analyse results and base your next technical decision on them.
Try it now
How a technical question becomes a decision
Whether injection moulding, hot runner, centrifugal pumps or extrusion: the basic workflow remains the same. A technical question becomes suitable inputs, a suitable simulation workflow and a comprehensible basis for decisions. The workflow can be used as a standalone simulation process. With our automated simulation products – for injection moulding, extrusion or centrifugal pumps, for example – you work directly in the browser. For individual large-scale projects, further integration into existing IT processes is also possible.
01.
Clarify the question and provide data
You describe the technical decision you want to validate. Together, we compile the required geometry, material and process data as well as other relevant boundary conditions.
02.
Run the simulation
The appropriate method and the required simulation scope are defined for your application. StrömungsRaum® supports the automated processing of the input data and running the simulation via cloud-based high-performance computing infrastructure.
03.
Use the results and make a decision
The results are provided in a structured form depending on the application. You can evaluate variants, analyse results and base your next technical decision on them.
Try it now
The platform at a glance
Automated workflows support the preparation of geometry, material and process data as well as running the simulation and evaluating it.
Parallel and distributed computing on a supercomputing grid enables scalable processing of extensive tasks and variants. Dynamic load balancing and hardware acceleration support efficient use of resources.
For large-scale projects, APIs and OPC UA interfaces enable connection to existing systems, data flows and industrial environments. The specific scope of integration is agreed with you individually where required.
Data is processed and managed centrally in the platform. Data sovereignty remains with you as the customer.
Try it now
Get started with StrömungsRaum® straight away?
You use the automated applications for injection moulding, centrifugal pumps, hot runners and extrusion directly in the browser. Register in StrömungsRaum® and get started on your own – without lengthy onboarding.
Try it now for free
Do you have an individual question?
If your project goes beyond the standard applications, we will discuss with you how StrömungsRaum® can be integrated into your existing systems and data flows. We will agree the appropriate scope together.
Book an integration meeting
Get started with StrömungsRaum® straight away?
You use the automated applications for injection moulding, centrifugal pumps, hot runners and extrusion directly in the browser. Register in StrömungsRaum® and get started on your own – without lengthy onboarding.
Try it now for free
Do you have an individual question?
If your project goes beyond the standard applications, we will discuss with you how StrömungsRaum® can be integrated into your existing systems and data flows. We will agree the appropriate scope together.
Book an integration meeting
Get started with StrömungsRaum® straight away?
You use the automated applications for injection moulding, centrifugal pumps, hot runners and extrusion directly in the browser. Register in StrömungsRaum® and get started on your own – without lengthy onboarding.
Try it now for free
Do you have an individual question?
If your project goes beyond the standard applications, we will discuss with you how StrömungsRaum® can be integrated into your existing systems and data flows. We will agree the appropriate scope together.
Book an integration meeting