SimulationX provides multi‑physics system modeling software that enables engineers to simulate, optimize, and validate complex mechanical, hydraulic, and electrical systems throughout the design lifecycle. The platform supports digital twin creation and offers expert development services for custom modeling, prototyping, and software integration, helping clients such as PALFINGER reduce development time and improve performance. By combining comprehensive physics libraries with professional support, SimulationX accelerates engineering design and testing processes.
Funding
Funding not disclosed
Founders
Product
Problem
Engineers designing complex products often need to evaluate interactions between mechanical, hydraulic, and electrical components, which traditionally requires multiple specialized tools and extensive manual integration. This fragmented workflow increases development time, risk of errors, and overall cost, especially when creating digital twins for testing and validation.
Solution
SimulationX offers a unified multi‑physics modeling environment that lets engineers build, simulate, and optimize complete system models within a single platform. The software supports coupled mechanical, fluid, and electrical analyses, enabling accurate prediction of system behavior without switching tools. Built‑in capabilities for digital twin creation allow virtual replicas of physical assets to be tested throughout the product lifecycle. Expert development services extend the platform with custom models, rapid prototyping, and integration into existing engineering workflows, helping customers accelerate design cycles and reduce time‑to‑market.
Target Audience
Primary users are mechanical, hydraulic, and electrical engineers in industries such as heavy machinery, automotive, and industrial equipment who require comprehensive system-level analysis and digital twin capabilities.
Features
- Integrated solver suite for simultaneous mechanical, hydraulic, and electrical simulations
- Parametric modeling and optimization tools for rapid design iteration
- Digital twin generation with real‑time data exchange for performance monitoring and predictive maintenance
- Customizable scripting and API access for extending functionality and automating workflows
- Expert consulting services for model development, prototyping, and software integration
- Compatibility with major CAD and PLM systems to streamline data exchange