Fast prototyping of mechatronic systems
Faster Iterative Design
- Virtual prototyping allows rapid iterations and modifications to the prototype design, optimizing and refining based on simulation results and feedback.
- Reducing the need for multiple physical prototypes helps avoid manufacturing lead times and significantly reduces costs from scrapped prototypes.
- Simulation models can be shared and reviewed by both your engineering team and your final customer, improving communication and collaborative decision-making.
Optimal Solutions Exploration and Risk Mitigation
- Quickly testing and iterating on new ideas encourages innovation and creative problem-solving within the engineering team.
- Engineers can easily experiment with different designs and configurations, optimizing the system before physical implementation.
- Identifying and addressing potential failures and performance issues during the simulation phase reduces the risk of problems during actual deployment.
High-quality Documentation and Efficient Training
- Simulation models and results provide valuable material (videos, pictures, graphics, data analytics) for necessary documentation and training purposes, enhancing knowledge transfer.
Sustainability
- Reducing the need for physical prototypes and extensive real-world testing minimizes material waste and energy consumption, supporting sustainable engineering practices.