Why simulate at all?
Simulation provides a model of reality—and thus a virtual sandbox—where you can understand how things work before hardware, tooling changes, or test cycles consume your budget and time.
- Evaluate design changes faster than with physical iterations alone.
- Time-consuming physical processes can be examined at greatly accelerated speeds within the model.
- Analyze many variants without incurring follow-up costs due to the destruction of real components.
- Gain a deeper understanding of the system rather than just a simple pass/fail result.
Simulation is not an end in itself
What matters is not the most elaborate analysis, but the right analysis for the specific problem at hand. Together, we define a simulation approach with a reasonable cost-benefit ratio so that you can quickly arrive at reliable results and well-informed decisions.
- We start with the specific question at hand, not with maximum model complexity.
- Effort, data availability, and expected insights are sensibly balanced from the very beginning.
- Often, even relatively simple analyses provide a reliable basis for decision-making.
- This results in a simulation concept that is technically sound and economically viable.
Assessment & Enablement
Ideal if you want to determine whether PART Software should become part of your internal development process in the future.
- Paid demo project using your own component or assembly
- Targeted proof of value before making a software decision
- Less risk when approving the budget and rolling out the process
- Smooth transition from pilot project to internal use
Traditional Simulation Services
Ideal if you need a result, a recommendation, or additional capacity.
- Expertise in mechanical simulation and plastic injection molding simulation
- Quick support for urgent development questions
- Selection of methods tailored to the technical task
- If possible, with a clearly defined project scope and fixed price range
Common issues we can help with
From stiffness and strength analysis to fatigue and thermal analysis, and even issues related to injection molding: We support you in typical development tasks with a tailored simulation concept.
- Strength and stiffness analysis of plastic and metal components
- Fatigue analysis under realistic loading conditions
- Deformation, modal, and thermal analyses for specific development questions
- Injection molding-related decisions such as gate location, cooling, or warpage optimization
- Early method validation prior to software implementation or process changes
From the initial inquiry to the project launch
From the initial inquiry to the project launch, the process is clearly structured: Together, we clarify the scope of work, review the constraints, and use this information to develop a suitable analysis plan that serves as a solid foundation for your proposal.
Please provide the component context, load cases, existing CAD data, and the specific decision you wish to validate.
We assess feasibility, select an appropriate analytical approach, and clarify the desired outcome.
You will receive a project proposal with a clear focus on cost-effectiveness and, if possible, a fixed-price estimate.
You decide on the implementation. We will then launch the project and, if necessary, define the next steps toward software deployment.