Represent kinematics
Model axes, travel limits and moving assemblies using your machine documentation.
ZuberCAM / Services
Your machine.In a digital model.
A machine model shows machining operations in context. ZuberCAM builds and adapts simulation models with the kinematics, tools and fixtures of your application.
At a glance
Include the production setup
Include tools, holders, fixtures and part positions required by the agreed verification tasks.
Inspect machining operations
Review motion and potential conflicts virtually. Results depend on the model, data quality and simulation scope.
01 / Project inputs
Your configuration matters.
For your initial enquiry
- Machine and control: Manufacturer, model, control type and version, axes and important options.
- Part and machining: A typical task, material, tools and workholding where known.
- Current setup: CAM system and version, existing post-processor or a proven NC example.
We will work out the details together.
The key details are enough for initial contact. We will discuss which documents, files or test parts are needed and how you can provide them.
Discuss your taskWorking together and implementation
Define requirements
Review the application, existing systems and required functions.
Agree the scope
Agree input data, implementation and representative test tasks.
Implement and verify
Compare the results with the agreed requirements.
Handover and support
Discuss documentation, operation and suitable training.
Frequently asked questions
Before your project starts.
How does a toolpath differ from a machine model?
A toolpath describes planned movements. A machine model adds the geometry and kinematics of the machine, tools and workholding. Available checks depend on the model scope.
What if workholding or tools change?
Changed geometries and configurations must be reflected in the data used. We discuss what you can maintain yourself and when the model needs adapting.
Does it fit our configuration?
We assess your actual machine, control, software version and required functions. A manufacturer name alone is not enough for a reliable assessment.
Can existing data or customisations be reused?
Existing projects and documentation are a useful starting point. Together we determine what can be reused and which additional information is needed.
What does implementation cost and how long does it take?
Effort depends on functions, available data and agreed tests. After technical scoping, you receive a quotation describing scope and proposed process.
How are results checked before use?
We compare representative test cases against your requirements. NC output requires technical review and controlled trials during commissioning. Simulation alone does not replace these steps.
02 / Related topics
Related to your project.
Personal support. In Switzerland.
Let’s discuss your application.
Tell us about your setup and goal. Together we will agree the right next step.