Bring design, CNC programming, machining simulation and manufacturing data closer together with Siemens Designcenter NX CAM and NX X Manufacturing CAM solutions.
From prismatic components to complex freeform surfaces and multi-axis parts, NX CAM helps manufacturing teams develop toolpaths, validate machining operations and prepare production-ready NC programs within an integrated digital workflow.
Modern manufacturing is about more than generating a toolpath. It is about making the programming process repeatable, validating how the machine will move and delivering reliable NC output that fits your machine, tooling and production method.
NX CAM combines machining programming with model preparation, tooling and setup definition, simulation and postprocessing workflows. Its integration with design data helps manufacturing teams manage design changes and reduce avoidable data translation between engineering and NC programming.
Explore the major NX CAM capability areas. The precise functions available depend on the selected license, product tier, add-on entitlements, postprocessor and machine configuration.
Program prismatic components with drilling, hole-making, pocketing, facing, profiling and related machining operations. Feature-based approaches can help standardise programming for recurring part families.
Applications: brackets, housings, plates, fixtures and machined blocks.
Generate roughing, rest-milling and finishing toolpaths for contoured surfaces. Advanced strategies support efficient material removal, controlled cutting engagement and surface-finish objectives.
Applications: molds, dies, turbine-related surfaces and complex machined forms.
Program complex geometry with supported multi-axis strategies, tool-axis control and fewer setups where the part and machine configuration allow. Review access, collisions and rotary-axis behaviour before production.
Applications: aerospace components, impellers, blisks and complex surfaces.
Support turning operations and, with the appropriate solution, combined milling and turning workflows. Coordinate tools, spindles, axes and setups for parts requiring multiple machining processes.
Applications: shafts, fittings, connectors, rotational and complex turned parts.
Use feature recognition and rule-driven programming approaches to automate recurring operations, apply preferred machining methods and reduce repetitive manual programming for suitable part families.
Applications: repeat production, families of prismatic components and standardised workflows.
Plan probing operations to support workpiece alignment, in-process measurement and setup verification where the selected software, CNC control and machine support the required cycles.
Applications: datum setting, alignment checks and process measurement.
Verify tool motion and material removal during programming. Additional G-code-driven simulation and machine digital-twin capabilities can help check the output program against the configured machine model.
Goal: identify potential issues before committing to a physical machining run.
Translate toolpath operations into controller-specific NC output using a suitable postprocessor. Machine kits may combine a machine model, kinematics, postprocessor and simulation assets, depending on availability.
Important: validate postprocessor output for the specific machine, control and shop-floor process.
Organise cutting tools and machining methods to improve consistency across programmers and jobs. Reusable templates, libraries and standard processes can help teams build repeatable programming practices.
Applications: standard tooling, repeat jobs and team-wide programming consistency.
NX CAM supports a digital workflow for creating and checking machining operations. Simulation can help programmers review tool motion, stock removal and potential collisions based on the model, machine definition and simulation level used.
Review programmed movements and machining sequence.
Inspect the simulated stock as machining progresses.
Assess machine kinematics and setup when correctly configured.
Check output-code motion with supported add-on capability.
Simulation results depend on accurate machine, fixture, tool, postprocessor and controller definitions. Virtual verification should be part of—not a substitute for—your established shop-floor safety and prove-out process.
Siemens offers tiered NX X Manufacturing CAM solutions. The summary below is intended to help start a discussion; the current commercial package, licensing model and exact feature matrix should be confirmed for your region and requirement.
A starting point for visualising part data and CAM setups, with options to extend workflows through available add-ons.
For common prismatic programming and core shop-floor workflows.
Builds on Standard with expanded capabilities for freeform components and more demanding machining tasks.
For complex parts requiring advanced multi-axis programming capabilities.
Siemens also offers CAD/CAM package options and Value Based Licensing add-ons for selected specialist functions. Not every capability listed on this page is included in every tier. Ask Benedes to map the required operations to the current product and licensing configuration.
NX CAM sits within Siemens’ broader manufacturing ecosystem. Depending on your needs, related solutions can connect part programming with design, collaboration, additive manufacturing, inspection, robotics and production planning.
Prepare imported geometry, edit model details and define setups with integrated CAD tools, helping programmers work more directly with engineering data.
Support controlled manufacturing data, change awareness and collaboration between design, manufacturing engineering and production stakeholders through suitable data-management solutions.
Explore connected workflows for preparing and managing additive manufacturing operations where the process and solution fit the part requirements.
Connect manufacturing with quality workflows using supported inspection programming and measured-data processes.
Explore programming and simulation for supported robotic machining or material-handling tasks within a broader digital manufacturing strategy.
Related Siemens tools can support production-line design and planning for organisations seeking a more connected manufacturing environment.
These are adjacent areas of the Siemens portfolio, not necessarily included in an NX CAM licence. Product fit and commercial availability must be confirmed separately.
NX CAM can be applied across a wide range of manufacturing environments. The best workflow depends on component geometry, material, tolerances, machine capability, tooling, batch size and inspection needs.
Complex surfaces, multi-axis components, controlled machining sequences and demanding manufacturing requirements.
Powertrain, chassis, tooling, fixtures and precision components across prototype and production environments.
Freeform surfaces, electrode work, cavity machining, finishing strategies and repeatable toolmaking workflows.
Housings, brackets, precision plates, machine components and custom equipment parts.
Small and intricate components where machining strategy, process control and inspection planning matter.
Large or complex components, rotational parts and machining workflows tailored to specialised equipment.
As a Siemens Digital Industries Software channel partner, Benedes can help you discuss product fit and the next steps for evaluation, quotation and technical enablement.
We can start with your current CNC environment and the parts you need to manufacture, then work through the programming, machine configuration, postprocessing and training requirements that should inform the solution.
Part types, machines, controllers, axes, materials and current CAM process.
Identify suitable CAM tier, operations, add-ons and postprocessing needs.
Discuss a relevant demo or evaluation around your real manufacturing use case.
Discuss quotation, onboarding, training and technical support requirements.
NX CAM is used to create and manage CNC machining operations, develop toolpaths, simulate supported machining processes and generate NC output through suitable postprocessors. Available capabilities depend on the product and license.
Advanced multi-axis and simultaneous 5-axis capabilities are available in the appropriate NX CAM product configurations, including Premium-level offerings. Confirm the exact package and machine requirements before purchase.
Postprocessing options support a range of machine tools and controllers. The specific postprocessor must be suitable for the machine kinematics, controller, options and shop-floor requirements, and its output must be validated.
G-code-driven machining simulation is available through supported configurations or add-ons. Machine model, kinematics, postprocessor and controller definitions must be appropriately configured.
Siemens offers NX X Manufacturing SaaS solutions. Available products, deployment conditions, connectivity and licensing options should be confirmed against your organisation's IT and procurement requirements.
Share your current CAD/CAM tools, number of users, machine types and controllers, machining operations, part complexity, preferred deployment and training needs. Avoid sending confidential or export-controlled files through an ordinary contact form.
Tell us about your components, CNC machines, machining operations and current programming challenges. We can help you explore the relevant Siemens NX CAM solution and define the next step.