Efficient, streamlined and user-friendly simulation software
Simulation made easy for any team.
What is MORe?
MORe is a ready-to-use simulation platform designed for powerful, quantitative analysis through model order reduction and streamlined workflows.
It delivers highly accurate mechanical, thermal, and thermomechanical simulations, enabling deep system insights, performance optimisation, and cost reduction.
Why MORe?
Discover the advantages that make MORe the benchmark for precision and dynamic performance in engineering.
Fast simulation
Solve complex models within seconds through state-of-the-art model order reduction using Krylov and modal subspaces.
Realistic prediction
Realistic performance prediction through integrated controllers and structural dynamics.
Accurate results
Limited and configurable reduction errors ensure accurate results with reduced-order models.
Built for engineering
Integrated common couplings and drives such as linear guides, ball screw drives, and bearings.
Extendability
Expand your possibilities with our toolboxes, write custom plugins or seamlessly integrate MORe into your workflow.
Multiple physics
Evaluate the mechanical, thermal, and thermomechanical behaviour of mechatronic systems.
How it works
MORe offers an easy and streamlined workflow.
Built on FEM for accuracy
Using Ansys' best-in-class finite element models with seamless component export via our Ansys Mechanical interface.
Intuitive modelling workflow
Easily import, model, and assemble multiple components into a mechatronic system in MORe, where interfaces, couplings, controllers, and kinematics are defined interactively for a streamlined user experience.
Targeted simulations and full flexibility
MORe enables highly specific simulations that accurately reflect real-world conditions while maintaining the flexibility to adapt models, explore different scenarios, and integrate seamlessly into various engineering workflows.
Toolboxes - Engineering made smarter with the right tools
Spend less time on simulation setup and more on innovation.
Contour error
Analyse and visualise contour errors in motion systems.
Positioning
Efficiently simulate and evaluate positioning motion and find the worst-case.
Geometric accuracy
Evaluate geometric errors in linear and rotary axes, as well as volumetric accuracy.
Process stability
Analyse milling process stability and assess sensitivity to variations.
Harmonic imbalance
Analyse the dynamic effects of imbalance on a system, including static and moment imbalance.
Periodic processes
Efficiently compute periodic processes and analyse system behaviour in the frequency domain.
Advanced friction
Accurately model and analyse advanced friction effects.
Large translation
Model and analyse dynamic systems with large translation of mechanical components, such as linear axes, while considering moving contacts.
MORe in MATLAB
Integrate MORe mechanical systems into existing MATLAB and Simulink models.
TPM lab
Thermal Precision Monitoring (TPM) for laboratory applications.
Find the right plan
MORe offers flexible subscription options to match your needs.
Basic
Directly benefit from simulation.
- MORe
- Software updates
- Software support
- Knowledge base
- Application support
- Upgradable with toolboxes
- Priority support
- Included toolboxes
- On-premise license server
Professional
Meet advanced requirements on simulation.
- MORe
- Software updates
- Software support
- Knowledge base
- Application support
- Upgradable with toolboxes
- Priority support
- Included toolboxes
- On-premise license server
Enterprise
Unlock your organisation's full potential.
- MORe
- Software updates
- Software support
- Knowledge base
- Application support
- Upgradable with toolboxes
- Priority support
- Included toolboxes
- On-premise license server
Become a MORe expert
Dive into our comprehensive courses to master our software and become more efficient in your daily tasks.
Mechanical modelling
Learn the fundamentals and core concepts to simulate mechanically from day one. From model preparation, link definition, controller setup to modal analysis everything is covered.
Thermomechanical modelling
Learn essential thermomechanical modelling concepts and start running thermal simulations immediately.
Controller modelling
Learn how to parametrise controllers effectively for feed axis development, ensuring optimal performance and precision in motion control.