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NX X Manufacturing Advanced

Program freeform parts with advanced CAD/CAM and collaboration tools powered by cloud technologies.

NX X Manufacturing Advanced builds upon the Standard product, incorporating advanced 3- and 2.5-axis milling, turning, on-machine probing capabilities among other advanced functionalities. The industry-leading integrated CAD/CAM tools streamline the preparation and programming of the most demanding freeform parts, such as molds and dies. The powerful toolpath technologies enable the machining of parts with superior surface finish, while reducing cutting time by up to 60%. 

Customize and configure the product to meet your specific part manufacturing needs using the NX X Manufacturing Value Based Licensing, delivered through the cloud. It provides flexibility so that any job can be addressed – simple or complex – so your unique manufacturing requirements are met. 

The included cloud-based collaboration capabilities make it easy and secure to work with your larger team as well as customers.   

Designed to meet the demands of today’s manufacturing, NX X Manufacturing Advanced helps you automate programming capabilities combined with innovative machining methods for faster programming, shorter cycle times, and higher part quality. 

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KEY FEATURES OF NX X MANUFACTURING ADVANCED:

3-Axis Milling:

  • 3D Adaptive Roughing for faster CNC machining
  • Automated rest milling for multi-stage roughing
  • Cut region control methods for precise control of machining strategies
  • Smooth finishing strategies for high-quality surface finish

2.5-Axis Milling:

  • Volume-based milling for faster programming of prismatic parts 
  • Feature-based machining to automate programming 
  • High-speed machining strategies to reduce machining by up to 60% 
  • Multiple part programming for higher productivity

Turning:

  • Roughing strategies, including face, turn, back turn, bore, and undercut operations 
  • Finishing techniques, such as multiple-passes strategies and facing 
  • Hole making for spot, drill, peck, chip, ream and tap 
  • Grooving with flexible tracking point control 
  • Threading of outer and inner diameters 
  • Support for lathe machines with a single or dual chucks  
  • On-Machine probing 
  • Generate and visualize probing paths 
  • Create on-machine probing cycles for milling and turning 
  • Output NC code using integrated postprocessor 
  • Simulate the process using the digital twin of the part, probe and machine tool 
  • Detect process variations to adjust machining parameters 

    Simulation, postprocessing and shop documentation:

    • Toolpath animation 
    • Postprocessor to generate production-ready G-code   
    • Post Hub a cloud-based library with more than 1,000 postprocessors  
    • Post Configurator to modify existing or create new postprocessors  
    • Machine tool builder to create kinematics models of machine tools  
    • Work instruction to develop associative work instructions

    Integrated CAD tools:

    • Synchronous Technology for intuitive part model preparation 
    • Solid modeling for part and fixture design 
    • Advanced freeform surface modeling 
    • Assembly tools for machine setup modeling 
    • CAD translators for reading IGES, DXF, STEP, STL and the JT data