Simutence is your highly specialized and independent partner for the virtual design of manufacturing processes and components with plastics, fiber-reinforced composites, and hybrids. Whether OEM, component manufacturer, process equipment provider, material supplier or engineering service provider – we are here to make your product and manufacturing process development cycles most efficient using advanced engineering and simulation methods.
Generate a digital twin of
manufacturing processes and products
Leverage from advanced engineering and simulation methods
Enable material and manufacturing efficiency
Benefit from our international
network and partners
Our approach to the efficient development of manufacturing processes and components is the seamless and close connection of product design, manufacturing validation, and engineering through our virtual process chain. Based on this, virtual manufacturing validation is enabled, which can significantly reduce real-world efforts on demonstrator manufacturing and manufacturing piloting.
Selected customers
Virtual Process Chain
»Seamlessly connect product design, manufacturing validation, and engineering using Simutence approaches to generate a virtual process chain.«
Composite forming
Key features
-
Material card creation
-
Validation of manufacturability
-
Optimization of gripper, clamping, and sequential forming setups
-
Support of mold design
-
Prediction of local fiber orientation and fiber volume content
-
Thermomechanical-thermokinetical analysis for thermoforming
-
Supported technologies: Thermoforming, textile draping, membrane forming, and hot forming
Compression molding
Key features
-
Material card creation
-
Validation of manufacturability
-
Prediction of filling behavior, required press forces, and suitable processing temperatures
-
Prediction of the pre-forming of complex initial charge configurations
-
Supported material classes: SMC, LFT, and GMT
Composite warpage
Key features
-
Validation of dimensional stability
-
Prediction of process-induced deformations (warpage, spring-in)
-
Prediction of solidification and residual stresses
-
Prediction of crystallization (thermoplastics), and curing (thermosets)
-
Initialization of local state variables predicted by forming and compression molding simulation (fiber orientation, temperature, degree of crystallinity or cure)
Structural analysis (FEA)
Key features
-
Validation of load requirements
-
Consideration of manufacturing effects (e.g. local fiber orientation)
-
Prediction of component stiffness and failure
-
Prediction of local stresses after assembly of the actual geometry predicted by warpage simulation
Ways of collaboration
»We offer tailored collaboration approaches through training and consulting, independent engineering services, as well as advanced simulation approaches based on add-ons for established simulation software.«
Engineering services
- Part- and process design with fiber-reinforced composites and hybrids
- Material card creation under consideration of processing conditions
- Validation of manufacturability and structural performance early on
Training & consulting
- Seminars and trainings on virtual design with composites and hybrids
- Support for product development and manufacturing
- General support on advanced engineering and simulation approaches
Software Add-ons
- Self-developed simulation approaches where state-of-the-art approaches are not sufficient
- Add-ons for established commercial software such as Abaqus and Moldflow
- Customized solutions and tools for your innovative processes
Processing technologies
»We combine state-of-the-art and self-developed approaches for simulation and engineering to support you with product and process design for process technologies relevant to large- and medium-scale production.«
Seamless data stream
Our functional and modular virtual process chain is based on data transfer between the different simulation steps through mapping and homogenization approaches using our software add-on SimuChain.
Based on this, state variables such as fiber orientation or fiber volume content predicted by process simulation are retained and transferred to e.g. warpage or structural simulations.
Selected customers
Partners
Our approach
The idea of Simutence is to use existing simulation approaches where the state-of-the-art is sufficient and to use and develop simulation approaches, where the state-of-the-art is not sufficient.
We provide our customers with access to all of our simulation approaches through engineering services. Beyond that, we successively make these approaches available to our customers, as soon as a high-quality user experience is guaranteed.
What we strive for
As a spin-off company of the Karlsruhe Institute of Technology (KIT) in Germany, we support and supply know-how and methods based on the latest state-of-the-art.
Our utmost interest is to enable you to gain maximum use from our know-how and collaboration with Simutence. Therefore, our services will be tailor-made to your specific challenge!
Any questions?
Do not hesitate to get in contact with us. We are pleased if you leave us a message!