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Learning resources

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Application notes

Step-by-step guides for beginners and advanced users

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Tutorials

Real-world case studies and best practices               

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Webinars

Expert-led training sessions and webinars        

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Research papers

Latest publications and validation studies                 

​Comprehensive capabilities for coarse-grained molecular simulations

Supported systems

  • Solid-liquid interfaces

  • Polymer melts and solutions

  • Biological systems

  • Protein-membrane complexes

  • Nanoparticle assemblies

  • Drug delivery systems

Simulation methods

  • Molecular Dynamics (MD)

  • Monte Carlo (MC)

  • Dissipative Particle Dynamics

Analysis tools

  • Structural analysis

  • Dynamic properties

  • Phase behavior

  • Transport properties

  • Visualization utilities

Technical specifications

Unlock the power of coarse-grained molecular dynamics with our comprehensive simulation platform. Designed for researchers and industry professionals, our tools enable efficient modeling of large-scale molecular systems while maintaining essential physical insights and chemical accuracy.

Universal building tools
 

Comprehensive builders that seamlessly transition between atomistic and coarse-grained modeling.

Features advanced mapping capabilities for converting atomistic models to coarse-grained resolution with full structural fidelity.​​

Forcefield library
 

Extensive collection of validated coarse-grained forcefields including MARTINI, and SDK. Pre-optimized parameters for common molecular systems with full documentation.

Simulation engines
 

High-fidelity and high-performance MD and MC engines for large-scale coarse-grained systems.

 

Our powerful flowchart paradigm enables multi-step workflows combining building, simulation, analysis, and reporting stages. Supports high-throughput capabilities for systematic studies and efficient simulation campaigns.

Custom forcefield development
 

Advanced toolkit for developing system-specific coarse-grained forcefields. Parameter optimization algorithms, and integration with atomistic simulations for accurate parameterization.

 

Coarse-grained molecular simulations

Advanced tools for multi-scale molecular modeling

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