Processes and production methods in practice
Simufact software solutions cover a huge number of manufacturing processes in the metal working industry. We have bundled these processes in three groups (Forming, Joining, and Additive Manufacturing) and assigned them to currently 17 fields of application which in turn contain various special processes. Find out which typical tasks appear during process design and optimization and how the user can be supported in completing this tasks by simulation.
Fields of Application Forming
Sheet Metal Forming
Open die Forging
Fields of Application Joining
Resistance Spot Welding
Fields of Application Additive Manufacturing
Powder Bed Fusion
Metal Binder Jetting
Simulate forming processes
Simufact Forming is a professional simulation software suite allowing for the design and optimization of all forming production processes in metalworking and metal processing.
Simulate welding processes
Simufact Welding is a powerful simulation software suite for welding processes. The software predicts welding stresses, distortions, and the evolution of material properties and helps determine strategies to minimize these risks.
Simulate additive manufacturing processes
Simufact Additive is a powerful and scalable process simulation environment for ‘first-time-right’ optimization of metal additive manufacturing processes – predicting the final distortion and residual stresses of metal 3D printed parts.
Professional Services – a plus for our customers
With our product-related services, we support you throughout the entire software lifecycle.
Our Engineering Services deliver tangible results – preferably as a result of jointly defined projects.
Under the umbrella of the Simufact College we bring together all of our training activities: from classic instructor-led seminars to web-based seminars (webinars) and coaching you on site.
Your support requests will be processed and taken care of by engineers who are experienced in the use of the software and problem solving – in local language and at local time.