Biomotion Solutions supports SIMPACK as simulation platform:
SIMPACK is a general-purpose multi-body simulation (MBS) software tool which is used to aid the development of any mechanical or mechatronic device, ranging from single components through to complete systems (e.g. wind turbines, vehicles, and high performance Formula 1 engines).
Biomotion Car Driver is compatible to SIMPACK
By choosing SIMPACK as the MBS platform for car simulation you benefit from a proven and efficient platform for industrial virtual engineering. There are well-engineered gear model elements implemented in SIMPACK. A broad range of interfaces and modules is available (e.g. CAD/CAM or hydraulics). The range of SIMPACK model elements can be extended by user defined elements (e.g. safety belt elements). The use of SIMPACK as MBS platform for vehicle simulation gives you the opportunity to model chassis or seat flexibility by the use of beam elements (SIMBEAM) or flexible structures (FEMBS). Industry standard tyre models are available.
Biomotion Motorcycle Rider Model is compatible to SIMPACK
By choosing SIMPACK as the MBS platform for motorcycle simulation you benefit from a proven and efficient platform for industrial virtual engineering. There are well-engineered gear model elements implemented in SIMPACK. A broad range of interfaces and modules is available (e.g. CAD/CAM or hydraulics). The range of SIMPACK model elements can be extended by user defined elements (e.g. drilling forces in concrete). The use of SIMPACK as MBS platform for motorcycle simulation gives you the opportunity to model frame flexibility by the use of beam elements (SIMBEAM) or flexible structures (FEMBS). Industry standard tyre models are available.
Biomotion Hand Arm Controller is compatible to SIMPACK
By choosing SIMPACK as the MBS platform for power tool simulation you benefit from a proven and efficient platform for industrial virtual engineering. There are well-engineered gear model elements implemented in SIMPACK. A broad range of interfaces and modules is available (e.g. CAD/CAM or hydraulics). The range of SIMPACK model elements can be extended by user defined elements (e.g. drilling forces in concrete). The use of SIMPACK as MBS platform for power tool simulation gives you the opportunity to model tool and chassis flexibility by the use of beam elements (SIMBEAM) or flexible structures (FEMBS).