The AnyBody Modeling System is a State-of-the-Art musculoskeletal modeling and simulation software for biomechanical analysis. The AnyBody Modeling System allows you to create full body detailed musculoskeletal models and simulate internal body loads as e.g., muscle activity, muscle forces and joint reaction forces.

Features of the AnyBody Modeling System

• Includes the AnyBody Managed Model Repository
  

• Musculoskeletal analysis of daily activities
  

• Self-contained and robust system
  

• GUI for interactive use
  

• Inverse dynamics 

• Inverse-Inverse dynamics
  

• Force-dependent kinematics
  

• Posture and motion prediction
  

• Supports physiological load cases for Finite Element Analysis
  

• Interface to motion capture systems (C3D and BVH)
  

• Interfaces to anthropometric databases
  

• Supports anthropometric model scaling
  

• Console for batch processing
  

  Why Musculoskeletal Modeling?

  Musculoskeletal modeling is a computational way to investigate the mechanical functions of the living body.

  Musculoskeletal models output loading in all muscles, joints, and potentially other tissue of the body, as well as potential derived quantities targeting for instance loading of devices, ergonomic analysis, human performance in sports, and the development of cutting-edge designs. Augment laboratory and field studies with biomechanical analyses and use simulation studies as in-silico evidence of the efficacy and safety of your device.

  Simulation can make qualified estimation of properties inside the body, which are mostly impossible and unethical to measure – Simulation is the only alternative.
  

  For the exact same reason comprehensive validation can be difficult, but we, together with our many closer users and partners, are striving to provide the best possible verification and validity indicators of our distributed models – see our comprehensive publication list and webcast library.

  Benefits of AnyBody simulations
  

Virtual prototyping and simulation driven product development
Shorter time-to-market, reduced research cost and less testing

Increased product performance and reliability

Crucial insights into biomechanical parameters of the human body

New products and devices virtually tested across numerous body sizes and body shapes.

Better product ergonomics with product design evaluation and optimization

Ergonomic analyses and documentation