Defining the Behavior of Programmable CNC Machines

Machining helps NC programmers to plan, detail, simulate and optimize their machining activities. Through tight integration of machine simulation with toolpath definition, NC programmers can identify and solve problems at earlier stages of the NC programming level.  They can save time and optimize processes by linking engineering and manufacturing knowledge in the context of the machine simulation to increase machining quality and performance, reduce scrap and rework and shorten the full manufacturing process. Through the 3DEXPERIENCE platform, NC programmers are delivered a groundbreaking user experience in machining.

Key benefits

  • Groundbreaking user experience
  • Reduce NC Programming time
  • Maximize machine tool utilization
  • Mitigate risk of production
  • Leverage intellectual property
  • A single design-to-machine solution to better understand engineering changes
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  • NC Prismatic Programmer

    Program 2.5 axis milling machines

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  • NC Milling Machining Programmer

    Program 2.5 and 3 axis milling machines

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  • NC Prismatic & Turning Programmer

    Program 2.5 Axis Milling Machines and Advanced Mill-Turn Machines

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  • NC Multi-Axis Milling Programmer

    Program Advanced Multi-axis Milling Machines

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  • NC Multi-Axis Milling and Turning Programmer

    Program Advanced Multi-axis Mill-turn Machines

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  • NC Machine Code Validation Specialist

    Perform Virtual NC Program Code Validation

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  • Drill and Fill Engineer

    Create, simulate, and validate complex drilling and riveting programs

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