EnginSoft USA Enables Multibody Dynamics for PTC Creo Users through New Interface

New Interface enables simplified and automated flexible body and contact modeling for Creo users

New Interface enables simplified and automated flexible body and contact modeling for Creo users

EnginSoft USA, a computer-aided engineering (CAE) company, releases a new interface for PTC’s Creo CAD software that enables data exchange between Creo and the worldwide flexible body Multibody Dynamics (MBD) software—RecurDyn.

The new MBD for Creo Interface (CRIX) automates and simplifies the workflow of moving data from Creo to RecurDyn. It is fast and easily exports an assembly from Creo, the summary of geometry, as well as all the joints associated with the geometry, into RecurDyn. Working with contacts in RecurDyn improves the ability to model springs, gears, bearings and many other industrial applications. Key advantages to this new interface include:

  • Easier to start modeling—transfer joints created in Creo directly into RecurDyn
  • Preserves assembly structure
  • Avoid duplicating work—if joints are available in CAD, they shouldn’t need to be recreated in the MBD model
  • Keep geometry up to date—no need to remember or find your (or other's) geometry changes
  • Improved process reduces clicks by 90% 

“The new Creo interface for Multibody Dynamics will help reduce the manual work needed to associate geometry and mechanism joints when exchanging data with RecurDyn,” states Mark Fisher, senior director of Product Management at PTC. “This new interface enables Creo users to immediately simulate real-world behavior on their assembles based on how the assembly was originally defined within Creo.”

“PTC has been an industry leader through innovation and integration of value-added tools. We are excited to develop a tool that bridges their expertise in the CAD world with the expertise of RecurDyn and make flexible multibody simulations smoother for Creo users,” says Chris Wilkes, president and CEO.

EnginSoft engineers have extensive experience and expertise in Multibody Dynamics and computational fluid dynamics consulting and have completed thousands of CAE projects completed across a range of industries that includes automotive, energy, oil and gas, aerospace and defense, civil and structural engineering, metal machining and manufacturing, consumer goods and appliances, healthcare, and biomechanics, helping customers to leverage existing legacy and emerging simulation technologies. 

“We are thrilled to release this elegant solution to automate the export of Creo assemblies and some of the metadata into RecurDyn and easily refresh the model when changes happened to the CAD model,” comments Dr. Andreas Vlahinos, CTO of Advanced Engineering Solutions and EnginSoft USA. “Now when the engineering team already has a Mechanism Dynamic model built in Creo they won’t have to recreate everything inside of RecurDyn since the Creo Mechanism joints can be automatically converted to RecurDyn joints.”

Sources: Press materials received from the company and additional information gleaned from the company’s website.

More PTC Coverage

Digital Twins: Balancing Access and Security
PLM offers clues to managing the competing demands of digital twin users.
Matching Workstation to Workload
Finding just the right fit can be tricky but doable.
Onshape Vision App Launches
An immersive CAD and spatial computing experience for Apple Vision Pro is now available from PTC.
What Will Digital Twins Look Like in 5 Years?
A clear definition and view of the technology is only now taking shape.
Are CAD Users Finally Ready for Cloud?
A new PTC/Onshape survey finds cloud-based CAD gaining traction with users of cloud-native platforms reporting higher satisfaction.
PTC Company Profile

Share This Article

Subscribe to our FREE magazine, FREE email newsletters or both!

Join over 90,000 engineering professionals who get fresh engineering news as soon as it is published.


About the Author

DE Editors's avatar
DE Editors

DE’s editors contribute news and new product announcements to Digital Engineering.
Press releases may be sent to them via [email protected].

Follow DE
#26010