NX X Manufacturing Value Based Licensing (100pk)

Feature-Based Machining (FBM) automatically recognizes CAD features (holes, pockets, slots) and generates machining operations, reducing manual programming and standardizing processes. Available in all NX X Manufacturing products.

FBM Configurator is an authoring tool for customizing feature recognition rules, ideal for manufacturers seeking advanced programming automation. It’s available via the Value-Based Licensing.

With the Work Instruction authoring capabilities, you can create customized, step-by-step instructions for machine operators, providing precise guidance needed for accurate execution.

Shop floor documentation boosts operational efficiency by providing essential reference materials that keep teams aligned and informed.

The NX X Manufacturing Chat Co-Pilot is an intelligent assistant designed to help NC programmers navigate NX software and address domain-specific questions. It streamlines workflows, saving time and enhancing productivity in the shop.

Accessible via value-based licensing for NX X Manufacturing or NX X Design, the Co-Pilot integrates seamlessly into the interface, offering guidance, documentation links, and related queries. Users can easily enable it through the search bar, making it a valuable tool for efficient programming and simulation.

Turbomachinery Milling simplifies NC programming of complex multi-bladed parts, such as blisks and impellers. 5-axis roughing and automated rest milling removes material between the blades. The specialized strategies to finish the hub, blades and splitters, use optimized cut patterns, toolpath smoothing and tool axis stabilization for the edges.

NX CAM Robotics Programming enables programming of robots for precis multi-axis machining tasks, including trimming, deburring and polishing. Program robots to perform pick-and-place tasks, including machine tending and tool loading, enabling unattended operations.

Machine Line Planner is used for high-volume production of complicated parts with many features. Program, balance, distribute, and simulate operations over multiple setups and machines.

Ensure error-free machining with G-code-driven simulation that displays the motion driven from the NC code output. A 3D model of the machine—with the part, fixtures and tooling—moves in the way the machine tool will move.

With Sinumerik Collision Avoidance, potential collisions are actively monitored, increasing safety while reducing downtime. By conducting machine simulations directly within the programming environment, you gain immediate access to essential information, eliminating the need for a separate machining simulation package.

Generate machine-specific Computer Numerical Control (CNC) programs using Smart Machine Kit Solutions (SMKS), which are comprehensive preconfigured packages of production-ready machine tools and postprocessors. SMKS are available on Post Hub, a modern cloud-based solution for postprocessing.

Post Configurator is a modern solution to create and customize of postprocessors tailored to your specific needs, enabling generation of machine specific NC programs.

Gain access to the advanced capabilities of Synchronous Modelling that enables flexible design changes and modifications through powerful tools for directly editing solid faces. This feature allows programmers to quickly prepare part models for NC programming. It also enables rapid development of as-cast models.

Capture part manufacturing requirements using Product and Manufacturing Information (PMI), such as geometric dimensioning and tolerancing (GD&T), surface finish and material specifications. PMI can be used for Feature-Based Machining to further automate the programming process.

Generate detailed 2D engineering drawings that remain associative with your part models, featuring automatic view creation, hidden line processing, and automated parts lists. Utilize templates for efficient generation of borders and layouts.

Accelerate your build setup for fixed-plane additive manufacturing (AM) equipment using our NX AM Fixed-Plane solutions. Regardless of the material type or parts you print, our solutions cover fixed-plane modalities, such as powder bed, jetting, Multi Jet Fusion (MJF), fused filament fabrication (FFF) and more.

Import parts and setup your build tray and use the NX AM Fixed-Plane tools for build tray setup, basic support geometry (block, line and point) creation, and the build processor framework, which supports build processors for various types of additive manufacturing equipment.

Edit and fix models before printing and use the integrated NX CAD tools, like synchronous modeling, to prepare 3D models for printing and to edit part geometry to accommodate design change requests. The assembly capabilities enable you to model complete multi-part assemblies you can print.

Maximize your productivity with advanced capabilities and gain more functionality when you add in advanced support geometry types, such as gusset, contour, web, cone, volume and user-defined supports.

Achieve seamless simultaneous 5-axis additive manufacturing (AM) path planning for robots and machine tools, enabling versatile tool path operations. Combine multi-axis deposition and subtractive manufacturing in a single, efficient setup for streamlined production workflows.

Validate and optimize your multi-axis machining with a robust simulation system powered by a production digital twin. Leverage modular CNC automation systems capable of controlling up to 93 axes across 30 machining channels for unparalleled productivity.