Componnets are 3D reusable parametric assets of Visual Components so you can transform you 3D static designs into fully functional machines or robots. The Professional lets you create your own components in the e-Catalog.
You can create from simple end of arm tools (EOAT) to advanced robots and mechanical systems. Also, you can validate your custom design without having production level of details and figure out costly design mistakes in early stages of your project.
Python kinematics and pre-defined kinematic solvers help you create and simulate your custom systems.
There are 6 pre-defined kinematic solvers: cartesian, articulated, delta, parallelogram and Scara. All comes in the Professional package.
There are 6 pre-defined kinematic solvers: cartesian, articulated , delta, parallelogram and Scara. All comes in the Professional package.
Python kinematics and pre-defined kinematic solvers help you create and simulate your custom systems.
The component-modelling wizards streamline the component development process. It automatically configures components behaviours by asking simple inputs. Repetitive tasks in component modelling is being eliminated by component- modelling wizards and you can transform your CAD models easily.
Reduce file sizes and improve simulation performance by simplifying and removing unnecessary details from your models.
Build new 3D geometries and modify imported CAD files using the modeling toolkit. We’ve developed a set of tools for creating, editing, and customizing geometry, solid shapes, and structures. Make quick updates to your 3D geometries, right inside the product.
Whether you’re looking for a tool to quickly design and present production solutions, or a platform to power your offline programming applications, we’ve got you covered. Check out our family of 3D manufacturing simulation products
Design, build, and simulate your factory of the future using ready-made components.
Define and create your own components to simulate in our 3D world.
Virtualize your manufacturing systems with advanced robotic features.
