
Advanced system-level modeling and simulation for multidomain engineering
MapleSim is a system-level modeling and simulation platform from Maplesoft that combines multibody dynamics with multidomain physical modeling. Engineers use it to build high-fidelity models of machines and systems, generate optimized simulation code, and create digital twins for virtual commissioning, reducing development time and diagnosing real-world performance issues.
Build complex mechanical models by connecting rigid and flexible bodies with frames and joints, and solve inverse kinematic and dynamic problems with state-of-the-art formulation algorithms.
Combine mechanical, electrical, hydraulic, pneumatic, thermal, and other domains in one environment using 700+ built-in components via drag-and-drop.
Automatically generate and view optimized system equations, including mass matrices and constraint Jacobians, leveraging the underlying Maple math engine for analytical insight.
Produce portable, royalty-free, high-performance code suitable for repeated optimization runs and real-time hardware-in-the-loop (HIL) simulations.
Connect models to PLCs to virtually debug automation code and validate control strategies before deploying to physical hardware.
Plot simulation results in 2-D and render 3-D animations of mechanical system motion for design validation.
Model and optimize complex machinery across mechanical, electrical, and hydraulic domains before building physical prototypes.
Create high-fidelity digital twins and connect to PLCs to validate automation code virtually, cutting commissioning time.
Develop and test control strategies against an accurate plant model, generating code for real-time and HIL testing.
Solve inverse kinematic and dynamic problems for robotics, vehicles, and mechanisms using symbolic and numerical methods.

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